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U-Tech Control Box With Humidistat for 5L Stainless Steel Humidifier SSI-169

Ships within 2 days

U-Tech Control Box With Humidistat for 5L Stainless Steel Humidifier SSI-169

By U-Tech

₹10,029

The U-Tech Control Box with Humidistat is a specialized accessory designed for use with the 5L Stainless Steel Humidifier SSI-169. It provides enhanced control and regulation of humidity levels in the environment where the humidifier is utilized.
The Control Box with Humidistat combines two essential components: the control box and the humidistat. The control box serves as the central unit that connects and controls the operation of the humidifier, while the humidistat measures and monitors the humidity levels in the surrounding area.
The control box typically features an interface with buttons, dials, or a digital display that allows users to adjust and set the desired humidity level. It also provides power distribution and protection for the humidifier, ensuring safe and reliable operation.
The humidistat component of the U-Tech Control Box with Humidistat continuously measures the humidity levels in the environment. It compares the measured humidity to the setpoint determined by the user and sends signals to the control box to regulate the operation of the humidifier accordingly. When the humidity falls below the setpoint, the control box activates the humidifier to increase moisture output, and vice versa when the humidity exceeds the setpoint.
The U-Tech Control Box with Humidistat offers precise and automated control of humidity levels, allowing users to maintain optimal conditions in various settings. It is particularly beneficial in environments where consistent and controlled humidity levels are critical, such as in laboratories, cleanrooms, or specific industrial processes.
To ensure compatibility and proper installation, it is recommended to refer to the specific product documentation and guidelines provided by U-Tech for the Control Box with Humidistat and the 5L Stainless Steel Humidifier SSI-169. The manufacturer's instructions will provide detailed information on how to integrate and operate the control box with the humidifier for optimal performance and efficiency.
By incorporating the U-Tech Control Box with Humidistat into the 5L Stainless Steel Humidifier SSI-169 setup, users gain enhanced control and regulation over humidity levels, allowing for a comfortable and controlled environment that meets specific requirements.

U-Tech Monoblock Vacuum Pump With 0.25 HP Crompton Motor SSI-171

Ships within 8 days

U-Tech Monoblock Vacuum Pump With Crompton Motor SSI-171

By U-Tech

₹24,779 - ₹33,039

U-Tech Monoblock Vacuum Pump With 0.25 HP Crompton Motor SSI-171 is a type of vacuum pump that operates using a single impeller or rotor. It is a compact and self-contained unit where the pump and motor are integrated into a single housing, hence the term "monoblock."
Monoblock vacuum pumps are commonly used in various industrial and laboratory applications where moderate vacuum levels are required. They are particularly suitable for applications that involve suction, evacuation, or creating a vacuum for tasks such as filtration, degassing, or vacuum drying.
The design of a monoblock vacuum pump typically includes an electric motor and an impeller or rotor housed within a single enclosure. When the motor is powered, it drives the impeller to rotate at high speed. The rotation of the impeller creates centrifugal force, which forces the gas or air molecules to move towards the outer edges of the impeller.
As the gas molecules move outward, they are pushed through the pump's housing, leading to a decrease in pressure and the creation of a vacuum. The gas is then discharged through an outlet, while the remaining air or gas in the system is continuously evacuated, further reducing the pressure.
Monoblock vacuum pumps are known for their simplicity, efficiency, and ease of use. They offer reliable performance and are relatively low-maintenance compared to more complex vacuum pump designs. Additionally, they often feature built-in safety mechanisms such as thermal overload protection and noise reduction measures.
However, it is important to note that monoblock vacuum pumps are generally suitable for applications that require moderate vacuum levels, typically up to around 0.1 torr. For applications requiring deeper vacuum levels, other types of pumps, such as two-stage or oil-sealed rotary vane pumps, may be more appropriate.
In summary, a monoblock vacuum pump is a compact and integrated unit that combines the pump and motor into a single housing. It operates using a single impeller or rotor to create a vacuum by removing air or gas from a system. Monoblock vacuum pumps are commonly used in industrial and laboratory settings for applications requiring moderate vacuum levels, providing efficient and reliable performance.

Type of Product : Monoblock Vacuum Pump

Model No : SSI-171

Voltage : 220-230 V AC

Pump Type : Beltless

Application Area : Laboratories

Motor Type : Electric Motor

Included Components : With Crompton Motor

U-Tech 0 - 60 minutes Automatic German Timer for Gyratory Sieve Shaker SSI-159

Ships within 6 days

U-Tech 0 - 60 minutes Automatic German Timer for Gyratory Sieve Shaker SSI-159

By U-Tech

₹50,739

U-Tech 0 - 60 minutes Automatic German Timer for Gyratory Sieve Shaker SSI-159 is a sophisticated timing device commonly used in laboratory settings. It provides precise and automated control over timing intervals for various laboratory processes, experiments, and equipment operations.
The timer is designed with advanced features and functionalities to ensure accuracy, convenience, and reliability. It typically consists of a digital display that shows the countdown or elapsed time, along with buttons or knobs for setting the desired time intervals. The timer may also have additional functions such as programmability, multiple channels, and audible or visual alarms to alert users when the set time has elapsed.
One of the key advantages of an automatic German timer is its accuracy. These timers are built with high-precision quartz crystal oscillators or other timekeeping mechanisms that maintain accurate time measurements. This ensures precise control over timing intervals, critical for experiments requiring precise durations or synchronization with other lab processes.
The programmability feature allows users to pre-set multiple timing intervals, making it convenient for repetitive experiments or complex procedures. The timer can be programmed to execute a sequence of timed events, enabling automation and reducing manual intervention. This enhances efficiency, reduces errors, and frees up researchers' time for other tasks.
Furthermore, the multiple-channel functionality of an automatic German timer allows simultaneous control of multiple lab processes or equipment. Each channel can be independently programmed and monitored, providing flexibility and versatility in managing different timing requirements within a laboratory setup.
The audible or visual alarms integrated into the timer provide essential alerts to researchers or technicians. These alarms can be set to trigger at the end of a timing interval, ensuring timely attention to critical processes. This feature is particularly valuable when dealing with time-sensitive experiments or tasks that require immediate action or intervention upon completion.
The automatic German timer is compatible with various lab equipment, including shakers, incubators, ovens, and other devices that require precise timing control. Its versatility and adaptability make it a valuable tool in research, development, quality control, and other laboratory applications.
In conclusion, the automatic German timer for lab equipment offers precise, automated, and reliable timing control in laboratory environments. Its advanced features, including accuracy, programmability, multiple channels, and alarms, contribute to improved efficiency, accuracy, and convenience in conducting experiments and managing lab processes.

U-Tech 3500 rpm Medico Centrifuge for 4 x 15 ml Swingout Head SSI-208

Ships within 8 days

U-Tech 3500 rpm Medico Centrifuge SSI-208

By U-Tech

₹5,899 - ₹21,239

U-Tech 3500 rpm Medico Centrifuge for 4 x 15ml Swingout Head SSI-208 is a laboratory instrument used to separate components of a mixture based on their density and size through the application of centrifugal force. It consists of a rotor, which holds the sample-containing tubes or vessels, and a motor that spins the rotor at high speeds. The centrifuge finds extensive applications in various fields, including biology, chemistry, medicine, and research.
The principle behind the centrifuge is centripetal acceleration. When the rotor spins rapidly, the centrifugal force pushes the denser particles or substances towards the outer edge of the sample tube or vessel, while the lighter components settle closer to the center. This separation is facilitated by the difference in density and size of the particles within the mixture.
Centrifuges are available in various types and sizes, including benchtop models for routine laboratory use and larger floor-standing models for high-capacity applications. They may also have different rotor options to accommodate different sample sizes and volumes. The centrifuge can be operated at different speeds and durations depending on the specific separation requirements.
The applications of centrifuges are diverse. In biology and biotechnology, centrifuges are used for the separation of cells, subcellular organelles, proteins, and nucleic acids. In clinical settings, they are used for the separation of blood components, such as red and white blood cells or plasma. In chemistry and pharmaceutical industries, centrifuges aid in the purification of chemicals and the separation of reaction mixtures. They are also employed in environmental analysis to separate and concentrate contaminants or particulate matter from water or soil samples.
Centrifuges offer several advantages over other separation methods. They provide fast and efficient separation, allowing for rapid processing of samples. They offer high reproducibility and precision in separating components, ensuring accurate results. The versatility of centrifuges enables the separation of a wide range of sample types and volumes. Furthermore, modern centrifuges often feature safety features, such as imbalance detection and automatic lid locks, to ensure user safety during operation.
Proper operation and maintenance of centrifuges are essential for reliable results and user safety. Users must follow the manufacturer's instructions for loading samples, selecting appropriate speed and duration, and ensuring the proper balance of the rotor. Regular cleaning, inspection, and calibration of the centrifuge are necessary to maintain its performance and accuracy.
In summary, a centrifuge is a laboratory instrument used for separating components of a mixture based on their density and size using centrifugal force. It is widely used in various fields for sample preparation, purification, and analysis. Centrifuges offer efficient and precise separation, accommodating different sample sizes and volumes. Proper operation and maintenance are crucial for reliable results and user safety. Centrifuges play a vital role in advancing scientific research, clinical diagnostics, and industrial applications.

Model No : SSI-208

Color : Silver

Speed : 3500 rpm

Application Area : Laboratories

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U-Tech Air Circulating Fan for Three Sides Element Universal Oven SSI-107

Ships within 8 days

U-Tech Air Circulating Fan for Three Sides Element Universal Oven SSI-107

By U-Tech

₹17,699

U-Tech Air Circulating Fan for Three Sides Element Universal Oven SSI-107 is an essential component of a universal oven that helps to distribute heat evenly throughout the oven chamber, ensuring uniform temperature and improved heating efficiency. It plays a crucial role in various applications, including cooking, baking, drying, and laboratory processes.
The primary purpose of an air circulating fan is to promote the circulation of hot air within the oven. It helps to overcome any temperature gradients or hotspots that may occur due to uneven heat distribution. By continuously circulating the air, the fan ensures that every part of the oven chamber receives the same amount of heat, resulting in consistent and uniform cooking or heating of the contents.
The fan is typically located at the back of the oven and is powered by an electric motor. As the motor rotates the fan blades, it creates a flow of air that is directed towards the oven walls and then circulated back towards the center. This convection current helps to transfer heat more efficiently to the food or products being heated.
The air circulation provided by the fan offers several benefits. First, it helps to reduce cooking or drying time by ensuring that heat reaches the food or products from all directions. This can result in faster cooking times, energy savings, and increased productivity in industrial settings.
Second, the air circulation helps to maintain a consistent temperature throughout the oven, preventing temperature fluctuations that can negatively affect the quality of the food or products. It ensures that items placed on different racks or positions within the oven receive the same level of heat, leading to uniform cooking, baking, or drying results.
Moreover, the even distribution of heat achieved by the air circulating fan can help to minimize the risk of overcooking or undercooking certain portions of the food. It promotes more consistent browning, texture, and flavor development, contributing to better overall cooking outcomes.
In summary, an air circulating fan is a vital component of a universal oven that enhances heat distribution and ensures uniform temperature throughout the oven chamber. By promoting efficient air circulation, the fan improves cooking, baking, and drying processes, resulting in consistent and high-quality outcomes. Its inclusion in ovens is particularly beneficial for achieving optimal results in various applications, from home cooking to industrial-scale production.

U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153

Ships within 11 days

U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153

By U-Tech

₹1,769 ~~₹13,149~~

You save ₹11,380!

86.55% OFF

U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153 is a replaceable component used to provide a non-reactive and non-stick surface between the equipment and the samples or vessels being used. Teflon, also known as polytetrafluoroethylene (PTFE), is a high-performance polymer known for its excellent chemical resistance and low friction properties. Teflon pads are commonly used in various laboratory applications to prevent sample contamination, facilitate easy release of materials, and protect the surfaces of lab equipment.
One of the primary uses of spare Teflon pads is in laboratory hotplates and magnetic stirrers. These pads are placed between the hotplate or stirrer plate and the vessel containing the sample. The Teflon pad acts as a barrier, preventing direct contact between the equipment and the vessel, thus minimizing the risk of sample contamination or damage to the equipment. Additionally, the non-stick properties of Teflon ensure that the samples can be easily released from the surface without any residue or sticking.
Spare Teflon pads are also commonly used in laboratory presses, such as hydraulic presses or manual presses. These pads are placed between the press plates and the sample or material being pressed. The Teflon pad provides a smooth and non-reactive surface, allowing for uniform pressure distribution and preventing the sample from sticking to the press plates. This is particularly useful when working with materials that may adhere to metal surfaces or react with them.
In addition to hotplates, stirrers, and presses, spare Teflon pads can be used in other laboratory equipment, such as filtration systems, vacuum chambers, and sealing devices. They help create a non-reactive and non-stick interface, allowing for efficient and contamination-free operations.
When selecting spare Teflon pads for lab equipment, it is important to consider the size, thickness, and shape that are compatible with the specific equipment being used. Teflon pads are available in various dimensions to fit different equipment models and sizes.
Proper care and maintenance of spare Teflon pads are important to ensure their longevity and performance. Regular cleaning with compatible solvents or mild detergents helps remove any residue or contaminants. It is important to follow manufacturer guidelines for cleaning and replacing the pads to maintain optimal functionality.
In summary, spare Teflon pads for lab equipment provide a non-reactive and non-stick surface between the equipment and the samples or vessels. They prevent contamination, facilitate easy release of materials, and protect the surfaces of lab equipment. Teflon pads are commonly used in hotplates, stirrers, presses, and other laboratory equipment. Proper selection, care, and maintenance of spare Teflon pads are crucial for optimal performance and longevity.

U-Tech Micro Attachment Set for Rotary Vacuum Evaporator SSI-140

Ships within 10 days

U-Tech Micro Attachment Set for Rotary Vacuum Evaporator SSI-140

By U-Tech

₹21,239

The U-Tech Micro Attachment Set is a specialized accessory designed for use with the Rotary Vacuum Evaporator model SSI-140. It is a versatile set of micro-sized attachments that enhance the functionality and performance of the evaporator, allowing for more precise and controlled evaporation processes. The U-Tech Micro Attachment Set offers several key features and benefits:
Precision and Control: The micro attachments included in the set are designed to handle small volumes and delicate samples with precision. They allow for more controlled evaporation, enabling researchers to fine-tune the process and achieve optimal results.
Versatile Attachments: The U-Tech Micro Attachment Set typically includes various micro-sized glassware components, such as micro flasks, micro tubes, and micro condensers. These attachments are specifically designed for handling small sample volumes, ensuring efficient evaporation in microscale applications.
Enhanced Efficiency: The micro attachments in the set improve the efficiency of evaporation processes by reducing the surface area exposed to vacuum, minimizing heat loss, and maximizing sample exposure to heat. This results in faster evaporation times and improved productivity.
Compatibility: The U-Tech Micro Attachment Set is designed to be compatible with the Rotary Vacuum Evaporator model SSI-140. The attachments are engineered to fit seamlessly into the evaporator system, ensuring secure connections and reliable performance.
Application Flexibility: The micro attachments in the set can be used in a wide range of applications, including pharmaceutical research, drug discovery, material science, and other fields that require precise control over evaporation processes. They enable researchers to work with small sample volumes and perform experiments at the microscale.
Ease of Use: The U-Tech Micro Attachment Set is designed for easy installation and use. The attachments can be quickly and securely attached to the evaporator, allowing researchers to switch between different setups and configurations as needed.
When using the U-Tech Micro Attachment Set with the SSI-140 Rotary Vacuum Evaporator, it is important to follow the manufacturer's instructions for proper installation and operation. Care should be taken when handling the micro attachments to prevent breakage or damage.
Overall, the U-Tech Micro Attachment Set is a valuable accessory for the Rotary Vacuum Evaporator SSI-140, offering enhanced precision, control, and efficiency in evaporation processes. Its versatile attachments enable researchers to work with small sample volumes and achieve optimal results in various microscale applications.

U-Tech 45 cm 0 to 100 Centibar Vacuum Tensiometer SSI-315

Ships within 15 days

U-Tech Vacuum Tensiometer SSI-315

By U-Tech

₹20,059 - ₹24,779

Type of Product : Vacuum Tensiometer

Display Type : Analog

Model No : SSI-315

Application Area : Laboratories

Color : Clear

Suction : Meter: 0-100 Centibar Vacuum

Tip Material : Ceramic

Assembly Type : Translucent Head Assembly

U-Tech 3 x 2 x 2 ft Wooden Body Fume Hood for Laboratories SSI-128

Ships within 10 days

U-Tech 3 x 2 x 2 ft Wooden Body Fume Hood for Laboratories SSI-128

By U-Tech

₹2,71,399

U-Tech 3 x 2 x 2 ft Wooden Body Fume Hood for Laboratories SSI-128 is a safety device commonly used in laboratories and other workspaces to protect workers from hazardous fumes, gases, vapors, and airborne particles. It is designed to capture and contain these substances, preventing their release into the surrounding environment and minimizing the risk of exposure.
The primary function of a fume hood is to provide a controlled workspace where potentially dangerous materials can be handled safely. It consists of an enclosed chamber with a movable sash or front opening that allows access to the workspace. The interior of the fume hood is lined with chemically resistant materials to withstand corrosive substances.
A fume hood operates based on the principle of containment. When in use, it creates a negative pressure zone within the hood, drawing air and any airborne contaminants into the hood and away from the user. The fumes are then exhausted through a ventilation system, typically connected to a fume duct, which carries the contaminants to an appropriate exhaust system or treatment.
Fume hoods are equipped with various safety features to ensure proper operation and protection. These include a sash or window that can be adjusted to control the airflow, baffles or slots at the back of the hood to maintain proper air distribution, and airflow monitors to indicate the hood's performance.
Different types of fume hoods are available to suit specific applications and requirements. These include ducted fume hoods, which are connected to an external exhaust system, and ductless fume hoods, which use filters to remove and neutralize contaminants before recirculating the air. There are also specialized hoods, such as radioisotope hoods and perchloric acid hoods, designed for specific hazardous materials.
Proper use and maintenance of fume hoods are crucial for their effective operation. Users must position themselves correctly within the hood to ensure optimal airflow and containment. Regular inspections, testing, and certification are necessary to verify that the hood meets safety standards and is functioning correctly.
Fume hoods are essential safety devices in laboratories, research facilities, and industrial settings where hazardous materials are handled. They provide a critical barrier between workers and potentially harmful substances, minimizing the risk of exposure and promoting a safe working environment.
In summary, a fume hood is a safety device used to protect workers from hazardous fumes, gases, and vapors. It creates a controlled workspace by capturing and containing these substances, preventing their release into the surrounding environment. Fume hoods are equipped with safety features and ventilation systems to ensure proper airflow and exhaust. They are crucial in maintaining a safe working environment in laboratories and other workplaces where hazardous materials are handled.

U-Tech Stainless Steel Spare Clamp for Rotary Flask Shaker SSI-146

Ships within 15 days

U-Tech Stainless Steel Spare Clamp for Rotary Flask Shaker SSI-146

By U-Tech

₹565

U-Tech Stainless Steel Spare Clamp for Rotary Flask Shaker SSI-146 is an additional or replacement component used to securely hold various items in a laboratory setting. Clamps are essential in laboratories to support and stabilize equipment, glassware, or other items during experiments, analysis, or sample handling.
The spare clamp is designed to be versatile and adjustable, accommodating a wide range of equipment sizes and shapes. It typically consists of a clamp head and a clamp holder. The clamp head is the part that holds the item in place, while the clamp holder connects the clamp to a support stand or other apparatus.
One of the key advantages of having spare clamps for lab equipment is their ability to provide flexibility and adaptability. Different experiments or procedures may require different types of clamps, and having spare clamps ensures that the appropriate clamp can be selected for each specific need. Moreover, if a clamp becomes damaged or worn out, having a spare clamp readily available allows for quick replacement, minimizing downtime in the laboratory.
Spare clamps are typically constructed from durable materials such as stainless steel or aluminum, ensuring longevity and resistance to corrosion. They are designed to withstand the rigors of laboratory use and provide a secure grip on the items they hold. The clamps often have adjustable screws or knobs that allow users to tighten or loosen the grip as needed, ensuring a snug and secure fit.
The spare clamps can be used for various applications in the laboratory. They can hold glassware, such as flasks, beakers, or test tubes, in place during heating or mixing processes. They can also secure apparatuses such as burettes, condensers, or thermometers to support stands or other lab equipment. In addition, clamps can be used to hold samples, filters, or other items in position for analysis or processing.
Maintenance of spare clamps is relatively straightforward. Regular inspection ensures that the clamps are in good condition and free from any damage or signs of wear. Cleaning the clamps with appropriate cleaning agents helps to maintain hygiene and prevent cross-contamination between experiments or samples.
In summary, spare clamps for lab equipment provide flexibility, adaptability, and quick replacement options in a laboratory setting. They securely hold various items in place during experiments or analysis, ensuring stability and accuracy. The durable construction and adjustable features of clamps make them versatile for different laboratory applications. Proper maintenance and cleaning are necessary to ensure optimal performance and longevity of the clamps.

U-Tech 4 x 2 x 2 ft Wooden Body Fume Hood for Laboratories SSI-128

Ships within 10 days

U-Tech 4 x 2 x 2 ft Wooden Body Fume Hood for Laboratories SSI-128

By U-Tech

₹2,83,199

U-Tech 4 x 2 x 2 ft Wooden Body Fume Hood for Laboratories SSI-128 is a safety device commonly used in laboratories and other workspaces to protect workers from hazardous fumes, gases, vapors, and airborne particles. It is designed to capture and contain these substances, preventing their release into the surrounding environment and minimizing the risk of exposure.
The primary function of a fume hood is to provide a controlled workspace where potentially dangerous materials can be handled safely. It consists of an enclosed chamber with a movable sash or front opening that allows access to the workspace. The interior of the fume hood is lined with chemically resistant materials to withstand corrosive substances.
A fume hood operates based on the principle of containment. When in use, it creates a negative pressure zone within the hood, drawing air and any airborne contaminants into the hood and away from the user. The fumes are then exhausted through a ventilation system, typically connected to a fume duct, which carries the contaminants to an appropriate exhaust system or treatment.
Fume hoods are equipped with various safety features to ensure proper operation and protection. These include a sash or window that can be adjusted to control the airflow, baffles or slots at the back of the hood to maintain proper air distribution, and airflow monitors to indicate the hood's performance.
Different types of fume hoods are available to suit specific applications and requirements. These include ducted fume hoods, which are connected to an external exhaust system, and ductless fume hoods, which use filters to remove and neutralize contaminants before recirculating the air. There are also specialized hoods, such as radioisotope hoods and perchloric acid hoods, designed for specific hazardous materials.
Proper use and maintenance of fume hoods are crucial for their effective operation. Users must position themselves correctly within the hood to ensure optimal airflow and containment. Regular inspections, testing, and certification are necessary to verify that the hood meets safety standards and is functioning correctly.
Fume hoods are essential safety devices in laboratories, research facilities, and industrial settings where hazardous materials are handled. They provide a critical barrier between workers and potentially harmful substances, minimizing the risk of exposure and promoting a safe working environment.
In summary, a fume hood is a safety device used to protect workers from hazardous fumes, gases, and vapors. It creates a controlled workspace by capturing and containing these substances, preventing their release into the surrounding environment. Fume hoods are equipped with safety features and ventilation systems to ensure proper airflow and exhaust. They are crucial in maintaining a safe working environment in laboratories and other workplaces where hazardous materials are handled.

U-Tech 6 x 2 x 2 ft Mild Steel Body Fume Hood for Laboratories SSI-128

Ships within 10 days

U-Tech 6 x 2 x 2 ft Mild Steel Body Fume Hood for Laboratories SSI-128

By U-Tech

₹4,12,999

U-Tech 6 x 2 x 2 ft Mild Steel Body Fume Hood for Laboratories SSI-128 is a safety device commonly used in laboratories and other workspaces to protect workers from hazardous fumes, gases, vapors, and airborne particles. It is designed to capture and contain these substances, preventing their release into the surrounding environment and minimizing the risk of exposure.
The primary function of a fume hood is to provide a controlled workspace where potentially dangerous materials can be handled safely. It consists of an enclosed chamber with a movable sash or front opening that allows access to the workspace. The interior of the fume hood is lined with chemically resistant materials to withstand corrosive substances.
A fume hood operates based on the principle of containment. When in use, it creates a negative pressure zone within the hood, drawing air and any airborne contaminants into the hood and away from the user. The fumes are then exhausted through a ventilation system, typically connected to a fume duct, which carries the contaminants to an appropriate exhaust system or treatment.
Fume hoods are equipped with various safety features to ensure proper operation and protection. These include a sash or window that can be adjusted to control the airflow, baffles or slots at the back of the hood to maintain proper air distribution, and airflow monitors to indicate the hood's performance.
Different types of fume hoods are available to suit specific applications and requirements. These include ducted fume hoods, which are connected to an external exhaust system, and ductless fume hoods, which use filters to remove and neutralize contaminants before recirculating the air. There are also specialized hoods, such as radioisotope hoods and perchloric acid hoods, designed for specific hazardous materials.
Proper use and maintenance of fume hoods are crucial for their effective operation. Users must position themselves correctly within the hood to ensure optimal airflow and containment. Regular inspections, testing, and certification are necessary to verify that the hood meets safety standards and is functioning correctly.
Fume hoods are essential safety devices in laboratories, research facilities, and industrial settings where hazardous materials are handled. They provide a critical barrier between workers and potentially harmful substances, minimizing the risk of exposure and promoting a safe working environment.
In summary, a fume hood is a safety device used to protect workers from hazardous fumes, gases, and vapors. It creates a controlled workspace by capturing and containing these substances, preventing their release into the surrounding environment. Fume hoods are equipped with safety features and ventilation systems to ensure proper airflow and exhaust. They are crucial in maintaining a safe working environment in laboratories and other workplaces where hazardous materials are handled.

U-Tech IP-16C Spare Low Range Thermometer for Pensky Marten Flash Point Apparatus SSI-402

Ships within 15 days

U-Tech Spare Low Range Thermometer for Pensky Marten Flash Point Apparatus SSI-402

By U-Tech

₹2,713 - ₹4,011

U-Tech IP-16C Spare Low Range Thermometer for Pensky Marten Flash Point Apparatus SSI-402 refers to an additional thermometer kept on hand as a backup or replacement for measuring temperature in various laboratory instruments and processes. It serves as a contingency measure to ensure uninterrupted temperature monitoring and accurate measurements in the event of a malfunction or failure of the primary thermometer.
In a laboratory setting, temperature measurement is crucial for numerous experiments, reactions, and processes. It is essential to have reliable and accurate temperature readings to maintain optimal conditions, ensure experimental reproducibility, and guarantee the safety of personnel and equipment.
By having a spare thermometer readily available, laboratory technicians and researchers can quickly replace a faulty or damaged thermometer without disrupting ongoing procedures or experiments. This ensures minimal downtime and allows for continuity in data collection and analysis.
A spare thermometer for lab equipment can be used in various instruments such as incubators, ovens, refrigerators, water baths, distillation apparatus, and other temperature-controlled devices. It is typically calibrated and validated to ensure accuracy and traceability to recognized standards.
When selecting a spare thermometer, it is important to consider the specific requirements of the laboratory equipment and the measurement range needed. Different thermometers may have varying measurement ranges, resolutions, and accuracies to suit different applications. For example, a mercury-in-glass thermometer might be suitable for some applications, while a digital thermometer with a probe may be more appropriate for others.
Regular calibration and maintenance of both the primary and spare thermometers are essential to ensure accuracy and reliability. Calibrating the thermometers against traceable standards helps verify their accuracy and identify any potential deviations. It is also important to store the spare thermometer properly, protecting it from damage, contamination, and extreme temperature conditions.
In summary, a spare thermometer for laboratory equipment is an additional thermometer kept on hand as a backup or replacement for measuring temperature in various laboratory instruments and processes. It ensures uninterrupted temperature monitoring, allows for quick replacement of faulty thermometers, and maintains accuracy in temperature measurements. By having a spare thermometer available, laboratories can minimize downtime, ensure experimental reproducibility, and maintain the integrity of their research and processes.

Type of Product : Spare Low Range Thermometer

Material : Glass

Model No : SSI-402

Power Source : Electric Corded

Application Area : Laboratories

Usage For : As Accessory

Ideal For : Pensky Marten Flash Point Apparatus

U-Tech 0 to 60 minutes Timer for High Pressure Vertical Autoclave SSI-102

Ships within 15 days

U-Tech 0 to 60 minutes Timer for High Pressure Vertical Autoclave SSI-102

By U-Tech

₹9,911

The U-Tech 0 to 60 minutes Timer is a specialized timing device designed for the SSI-102 model of a high-pressure vertical autoclave. This timer plays a crucial role in accurately tracking and controlling the duration of sterilization cycles.
The timer is typically a digital or analog display that allows operators to set the desired sterilization time within the range of 0 to 60 minutes. It provides a user-friendly interface for setting and monitoring the elapsed time during the sterilization process.
The primary function of the timer is to ensure that the items being sterilized are exposed to the appropriate sterilization conditions for the required duration. By setting the desired sterilization time, operators can customize the cycle length based on the specific requirements of the items and the sterilization protocol.
The U-Tech Timer enhances the functionality and precision of the SSI-102 autoclave by offering several important features:
Accurate Timekeeping: The timer is designed to provide accurate and reliable timekeeping, ensuring that the sterilization cycles adhere to the intended duration. This allows for consistent and repeatable sterilization results.
User-Friendly Interface: The timer is easy to operate, with clear controls and a readable display. Operators can easily set the desired sterilization time using buttons or knobs, and the timer displays the elapsed time throughout the cycle.
Audible Alarms or Notifications: The timer may include audible alarms or visual notifications to alert operators when the set sterilization time has elapsed. This feature allows for prompt action and prevents unnecessary delays or prolonged exposure of items to high-pressure conditions.
Compatibility with Other Autoclave Functions: The U-Tech Timer is designed to seamlessly integrate with other functions and safety features of the SSI-102 autoclave. It ensures synchronization with temperature and pressure control systems to provide a comprehensive sterilization process.
Durability and Reliability: The timer is constructed with durable materials and components to withstand the high-pressure and high-temperature conditions within the autoclave. It is designed for long-lasting performance and reliability in demanding environments.
In summary, the U-Tech 0 to 60 minutes Timer enhances the functionality and precision of the SSI-102 high-pressure vertical autoclave. It enables accurate tracking and control of sterilization cycles, providing operators with a user-friendly interface, audible alarms or notifications, and compatibility with other autoclave functions. The timer ensures that items are exposed to the required sterilization time, contributing to effective and efficient sterilization processes.

U-Tech Kjeldahl Digestion Unit for 24 mm x 40 Tubes Heating Block SSI-183

Ships within 15 days

U-Tech Kjeldahl Digestion Unit for 24 mm x 40 Tubes Heating Block SSI-183

By U-Tech

₹99,119

U-Tech Kjeldahl Digestion Unit for 24 mm x 40 Tubes Heating Block SSI-183 is a laboratory instrument used for the digestion of organic samples in order to determine the nitrogen content through the Kjeldahl method. It is widely used in various industries, research laboratories, and quality control departments to analyze the protein content in food, feed, soil, and other organic materials.
The Kjeldahl method is a widely accepted technique for the determination of nitrogen content in organic compounds. It involves the digestion of the sample in a concentrated sulfuric acid medium, followed by the conversion of the organic nitrogen to ammonium sulfate. The ammonium sulfate is then quantitatively determined through titration or other analytical methods.
A Kjeldahl digestion unit typically consists of a heating block, a set of digestion tubes, a condenser system, and a fume hood. The heating block provides a controlled and uniform heat source for the digestion process. It is equipped with multiple positions to hold the digestion tubes, which are specially designed to withstand the harsh acidic conditions.
The digestion tubes are filled with the sample, along with a catalyst such as copper sulfate or potassium sulfate, which aids in the digestion process. The tubes are then sealed with stoppers to prevent the escape of volatile compounds during digestion.
During the digestion process, the samples are heated with concentrated sulfuric acid in the presence of the catalyst. The heating block maintains a constant temperature, typically around 350-400 degrees Celsius, to ensure complete digestion of the organic matter and conversion of nitrogen to ammonium sulfate.
To prevent the release of toxic and corrosive fumes, a condenser system is used to cool and condense the gases generated during the digestion process. The condenser may be a water-cooled system or a reflux condenser, depending on the design of the digestion unit.
A fume hood is essential to provide a safe working environment by effectively removing and venting the corrosive fumes and gases produced during the digestion process. It helps protect the laboratory personnel from exposure to toxic and hazardous substances.
The Kjeldahl digestion unit enables efficient and standardized digestion of organic samples, ensuring accurate and reliable results. The instrument is designed to handle multiple samples simultaneously, making it suitable for high-throughput analysis. It is widely used in industries such as food and beverage, agriculture, environmental monitoring, and pharmaceuticals.
In conclusion, a Kjeldahl digestion unit is a specialized laboratory instrument used for the digestion of organic samples to determine nitrogen content through the Kjeldahl method. It provides controlled heating, effective condensation, and fume removal to enable accurate and safe digestion processes. The instrument plays a critical role in protein analysis and nitrogen determination in various organic materials.

U-Tech 100 lpm 0.5 HP Single Stage Rotary Vacuum Pump With Equivalent Motor SSI-172

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U-Tech Single Stage Rotary Vacuum Pump With Equivalent Motor SSI-172

By U-Tech

₹36,579 - ₹1,53,399

U-Tech 100 lpm 0.5 HP Single Stage Rotary Vacuum Pump With Equivalent Motor SSI-172 is a type of positive displacement pump commonly used to create and maintain a vacuum in various industrial and scientific applications. It operates based on the principle of rotary motion and positive displacement, effectively removing air or gas molecules from a sealed system to generate a vacuum.
The design of a rotary vacuum pump typically consists of a rotating mechanism, known as the rotor or vane assembly, and a stationary housing, also referred to as the stator or cylinder. The rotor is equipped with multiple vanes or blades that slide in and out of radial slots within the stator. The rotation of the rotor creates a series of expanding and contracting chambers.
When the pump is in operation, the rotating vanes trap a volume of gas in the expanding chamber during the intake stroke. As the rotor continues to rotate, the trapped gas is compressed within the contracting chamber. The compressed gas is then discharged through the outlet port of the pump.
One of the key advantages of a rotary vacuum pump is its ability to achieve relatively high vacuum levels. It can generate vacuums of up to 10^-3 torr or even lower, depending on the specific pump design and application. This makes rotary vacuum pumps suitable for a wide range of uses, including vacuum distillation, freeze drying, degassing, and vacuum filtration.
Rotary vacuum pumps are available in different configurations and variants. Oil-sealed rotary vane pumps are commonly used and require the use of oil for lubrication and sealing. These pumps provide high vacuum levels and are robust and reliable. However, they are not suitable for applications where contamination from oil vapor is a concern.
Dry rotary vane pumps, also known as oil-free or dry pumps, eliminate the need for oil by utilizing alternative sealing methods such as carbon vanes or polymer seals. They provide clean and oil-free vacuum but may have lower ultimate vacuum levels compared to oil-sealed pumps.
Additionally, there are variants of rotary vacuum pumps designed specifically for specific applications, such as chemical-resistant pumps for corrosive environments or high-capacity pumps for demanding industrial processes.
In summary, a rotary vacuum pump is a positive displacement pump that uses a rotating mechanism with vanes or blades to create and maintain a vacuum. It is widely used in various industrial and scientific applications that require the removal of air or gas to achieve a low-pressure environment. Rotary vacuum pumps offer high vacuum levels and come in different variants to suit specific requirements, making them valuable tools for many vacuum-related processes.

Type of Product : Rotary Vacuum Pump

Model No : SSI-172

Speed : 1400 rpm

Voltage : 220-230 V AC

No. of Stages : Single Stage

Application Area : Laboratories

Motor Type : Electric Motor

Included Components : With Equivalent Motor

Base Material : Steel

U-Tech 75 lpm 0.25 HP Double Stage Rotary Vacuum Pump With Equivalent Motor SSI-172

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U-Tech Double Stage Rotary Vacuum Pump With Equivalent Motor SSI-172

By U-Tech

₹42,479 - ₹1,76,999

U-Tech 75 lpm 0.25 HP Double Stage Rotary Vacuum Pump With Equivalent Motor SSI-172 is a type of positive displacement pump commonly used to create and maintain a vacuum in various industrial and scientific applications. It operates based on the principle of rotary motion and positive displacement, effectively removing air or gas molecules from a sealed system to generate a vacuum.
The design of a rotary vacuum pump typically consists of a rotating mechanism, known as the rotor or vane assembly, and a stationary housing, also referred to as the stator or cylinder. The rotor is equipped with multiple vanes or blades that slide in and out of radial slots within the stator. The rotation of the rotor creates a series of expanding and contracting chambers.
When the pump is in operation, the rotating vanes trap a volume of gas in the expanding chamber during the intake stroke. As the rotor continues to rotate, the trapped gas is compressed within the contracting chamber. The compressed gas is then discharged through the outlet port of the pump.
One of the key advantages of a rotary vacuum pump is its ability to achieve relatively high vacuum levels. It can generate vacuums of up to 10^-3 torr or even lower, depending on the specific pump design and application. This makes rotary vacuum pumps suitable for a wide range of uses, including vacuum distillation, freeze drying, degassing, and vacuum filtration.
Rotary vacuum pumps are available in different configurations and variants. Oil-sealed rotary vane pumps are commonly used and require the use of oil for lubrication and sealing. These pumps provide high vacuum levels and are robust and reliable. However, they are not suitable for applications where contamination from oil vapor is a concern.
Dry rotary vane pumps, also known as oil-free or dry pumps, eliminate the need for oil by utilizing alternative sealing methods such as carbon vanes or polymer seals. They provide clean and oil-free vacuum but may have lower ultimate vacuum levels compared to oil-sealed pumps.
Additionally, there are variants of rotary vacuum pumps designed specifically for specific applications, such as chemical-resistant pumps for corrosive environments or high-capacity pumps for demanding industrial processes.
In summary, a rotary vacuum pump is a positive displacement pump that uses a rotating mechanism with vanes or blades to create and maintain a vacuum. It is widely used in various industrial and scientific applications that require the removal of air or gas to achieve a low-pressure environment. Rotary vacuum pumps offer high vacuum levels and come in different variants to suit specific requirements, making them valuable tools for many vacuum-related processes.

Type of Product : Rotary Vacuum Pump

Model No : SSI-172

Speed : 1400 rpm

Voltage : 220-230 V AC

No. of Stages : Double Stage

Application Area : Laboratories

Motor Type : Electric Motor

Included Components : With Equivalent Motor

Base Material : Steel

U-Tech 25 lpm Double Head Beltless and Oil Free Diaphragm Type Vacuum Cum Pressure Pump SSI-173

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U-Tech Double Head Beltless and Oil Free Diaphragm Type Vacuum Cum Pressure Pump SSI-173

By U-Tech

₹47,199 - ₹53,099

U-Tech 25 lpm Double Head Beltless and Oil Free Diaphragm Type Vacuum Cum Pressure Pump SSI-173 is a versatile laboratory instrument used to generate both vacuum and positive pressure. It operates by utilizing the movement of a flexible diaphragm to create suction or pressure in a chamber.
The diaphragm pump consists of several key components. These include the diaphragm itself, which is typically made of a chemically resistant material such as PTFE (polytetrafluoroethylene) or elastomers, as well as valves, inlet and outlet ports, and a motor or drive mechanism.
When the motor or drive mechanism is activated, it causes the diaphragm to move up and down. As the diaphragm moves downwards, it creates a vacuum by drawing air or gases through the inlet port and into the chamber. This allows the pump to be used for applications such as filtration, vacuum drying, or evacuating vacuum desiccators.
Conversely, when the diaphragm moves upwards, it compresses the gas in the chamber, resulting in positive pressure. This makes the pump suitable for tasks such as transferring liquids, pressurizing vessels, or supplying air to aeration systems.
One of the advantages of a diaphragm type vacuum cum pressure pump is its oil-free operation. Unlike other types of pumps, such as rotary vane pumps, diaphragm pumps do not require lubrication with oil or other fluids. This makes them particularly useful in applications where contamination from oil or vapor is undesirable, such as in medical or analytical laboratories.
Diaphragm pumps are known for their reliability, low maintenance requirements, and long service life. They are also relatively quiet during operation, contributing to a comfortable working environment.
However, it is important to note that diaphragm pumps have limitations in terms of maximum vacuum or pressure levels they can achieve compared to other types of pumps, such as rotary vane pumps or piston pumps. Therefore, the suitability of a diaphragm pump for a specific application should be considered based on the desired vacuum or pressure requirements.
In summary, a diaphragm type vacuum cum pressure pump is a versatile laboratory instrument capable of generating both vacuum and positive pressure. Its oil-free operation, reliability, and low maintenance make it an ideal choice for a wide range of applications in research, healthcare, and industry.

Type of Product : Diaphragm Type Vacuum Cum Pressure Pump

Model No : SSI-173

Voltage : 220-230 V AC

Power Source : Electric Corded

Head Type : Double Head

Pump Type : Beltless and Oil Free

Application Area : Laboratories

U-Tech Fine Series 0.63 mm Aperture Size 203.2 mm (8 Inch) Dia Brass Frame Test Sieve SSI-162

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U-Tech Fine Series Round Golden Brass 8 Inch Dia Test Sieve, SSI-162 (Aperture Size 0.6-4.75 mm)

By U-Tech

₹2,831 - ₹4,365

U-Tech Fine Series 0.63 mm Aperture Size 8 inch Dia Brass Frame Test Sieve SSI-162 is a specialized piece of equipment used in laboratories and industries for particle size analysis. It is designed to separate particles into different size fractions based on their diameter. Test sieves consist of a circular frame with a woven mesh screen stretched across it, which is responsible for the separation process.
The mesh size of a test sieve refers to the number of openings per linear inch or centimeter. Sieve sizes are standardized globally, typically following the ASTM (American Society for Testing and Materials) or ISO (International Organization for Standardization) standards. Common mesh sizes range from coarse (e.g., 4 mesh) to fine (e.g., 400 mesh), with each size representing a specific range of particle sizes.
To perform particle size analysis using a test sieve, a sample is placed on top of the sieve. The sieve is then shaken or vibrated to facilitate the passage of smaller particles through the mesh while retaining larger particles. The shaking motion effectively separates the sample into different fractions based on particle size.
After shaking, the retained particles on each sieve are collected and weighed. By comparing the weight of the retained particles on each sieve to the total weight of the sample, the distribution of particle sizes can be determined. This information is crucial in various industries, such as mining, pharmaceuticals, agriculture, and construction, where particle size can impact product quality, efficiency, and performance.
Test sieves are manufactured using high-quality materials such as stainless steel or brass to ensure durability and accuracy. They are carefully constructed to maintain precise mesh openings and uniformity throughout the sieve. Some sieves may also feature a sieve pan at the bottom to collect the undersized particles that pass through the finest mesh.
In addition to particle size analysis, test sieves can be used for other purposes, such as particle sorting, quality control, and material classification. They are versatile tools that are commonly used in conjunction with other equipment like sieve shakers, which provide the necessary mechanical agitation for efficient particle separation.
In conclusion, test sieves are vital instruments for particle size analysis and characterization. They enable the separation of particles into different size fractions, allowing for accurate determination of particle size distribution. Test sieves are manufactured with precision and are widely used in various industries to ensure product quality, consistency, and compliance with standards.

Frame Material : Brass

Shape : Round

Diameter (Inch) : 8 Inch

Material : Brass

Color : Golden

Type of Product : Test Sieve

Model No : SSI-162

Application Area : Laboratories

Series : Fine

U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Gyratory Sieve Shaker SSI-159

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U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Gyratory Sieve Shaker SSI-159

By U-Tech

₹87,319

The U-Tech 8 Inch Dia Sieve 0.25 HP Motor Power Gyratory Sieve Shaker SSI-159 is a specialized laboratory instrument used for particle size analysis and grading of granular materials. It is widely used in industries such as pharmaceuticals, mining, construction, and agriculture to determine the particle size distribution in samples.
The gyratory sieve shaker consists of a motorized drive unit that imparts a gyratory motion to the sieve stack. The sieve stack is typically made up of a series of stacked sieves, with the sample placed on the top sieve. The sieves are arranged in ascending order of mesh size, with the finest sieve at the bottom and the coarsest sieve at the top.
During operation, the motorized drive unit generates a gyratory motion, causing the sample to move in a gyratory pattern on the sieve stack. This motion allows the particles to pass through the openings of the sieves, resulting in the separation of the sample into different size fractions.
The gyratory motion of the sieve shaker is a combination of rotational and tapping movements. The rotational motion ensures that the particles are evenly distributed on the sieves, while the tapping motion helps to dislodge any trapped particles and prevent blinding of the sieve openings.
One of the advantages of the gyratory sieve shaker is its ability to handle large sample quantities. The gyratory motion effectively disperses and separates the particles, allowing for accurate analysis of bulk samples. It is particularly useful for materials with high moisture content or cohesive properties that tend to agglomerate.
The gyratory sieve shaker offers reliable and consistent results, as the gyratory motion ensures uniform agitation and tapping of the sieve stack. This reduces operator variability and improves the accuracy and reproducibility of particle size analysis.
Additionally, the gyratory sieve shaker may include features such as adjustable amplitude and timing controls. These features allow users to customize the agitation intensity and duration according to the specific requirements of the sample being analyzed. The ability to adjust the parameters enhances the versatility of the sieve shaker, enabling it to accommodate a wide range of materials and achieve precise results.
After the sieving process, the retained particles on each sieve are carefully collected, dried, and weighed to determine the percentage of each size fraction in the sample. This information is vital for various applications, including quality control, material characterization, and process optimization.
In summary, the gyratory sieve shaker is a specialized laboratory instrument used for particle size analysis and grading of granular materials. Its gyratory motion and tapping action effectively separate particles into different size fractions. The sieve shaker can handle large sample quantities, offers reliable results, and can be customized for specific sample requirements. It is a valuable tool in various industries, contributing to quality assurance, research, and development of materials.

U-Tech Yoder Type Wet Sieve Shaker With GI Tank for 4 Sets SSI-161

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U-Tech Yoder Type Wet Sieve Shaker With GI Tank SSI-161

By U-Tech

₹74,339 - ₹1,12,099

The U-Tech Yoder Type Wet Sieve Shaker With GI Tank for 4 Sets SSI-161 is a specialized laboratory instrument used for particle size analysis of fine-grained materials in a wet state. It is commonly employed in industries such as geology, mining, construction, and soil science to determine the distribution of particle sizes and the percentage of various fractions in a sample.
The wet sieve shaker consists of a sturdy frame with a built-in motor that generates the necessary mechanical agitation for sieving. The sample to be analyzed is placed in a container or beaker along with a liquid medium, such as water or a specific dispersing agent. The sample container is then securely attached to the shaker platform.
During operation, the wet sieve shaker applies vibrational motion to the sample container, causing the liquid to flow through the sieve mesh while retaining the solid particles. The agitation helps to break up aggregates, disperse particles, and ensure accurate separation. The sieves used in wet sieving are typically made of stainless steel or brass and have larger openings compared to dry sieves, as the liquid medium can pass through them.
The Yoder type wet sieve shaker offers several advantages over traditional dry sieving methods. Wet sieving is particularly useful for materials that tend to agglomerate or have cohesive properties, as the liquid medium helps to disperse and separate the particles more effectively. It also allows for better representation of the actual particle size distribution in materials with high moisture content.
The wet sieving process provides more accurate results by eliminating the effect of air voids and ensuring better particle dispersion. The use of liquid medium helps in reducing particle entrapment and promotes a more uniform and efficient separation.
Additionally, the Yoder type wet sieve shaker may include features such as adjustable amplitude and timer functions, allowing users to customize the agitation intensity and duration according to their specific requirements. This flexibility enables researchers to optimize the sieving process for different types of materials and achieve more precise results.
After wet sieving, the retained particles on each sieve are collected, dried, and weighed to determine the percentage of each size fraction in the sample. This information is crucial for various applications, such as material characterization, quality control, and understanding the behavior of soils, sediments, or other particulate materials.
In summary, the Yoder type wet sieve shaker is a specialized laboratory instrument used for particle size analysis in a wet state. It offers improved accuracy and efficiency compared to dry sieving methods, particularly for materials prone to agglomeration or with high moisture content. The wet sieving process provides more representative results and allows for better dispersion and separation of particles, enhancing the understanding and characterization of fine-grained materials.

Phase : Single

Voltage : 230 V AC

Diameter : 8 inch

Model No : SSI-161

Capacity : 7 Sieve

Type of Product : Yoder Type Wet Sieve Shaker

Motor Power (HP) : 1/4 HP

Motor Type : Yoder

Tank Material : Galvanized Iron

U-Tech 300 x 300 mm 180 rpm Fixed Speed VDRL Rotator for Laboratories SSI-147

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U-Tech 300 x 300 mm 180 RPM VDRL Rotator for Laboratories SSI-147

By U-Tech

₹21,239 - ₹29,499

The U-Tech 300 x 300 mm 180 rpm Fixed Speed VDRL Rotator for Laboratories SSI-147 is a specialized laboratory instrument used for the qualitative and quantitative analysis of serum specimens in the diagnosis of syphilis. It is an essential tool in clinical and diagnostic laboratories where rapid and accurate testing for syphilis is required.
The VDRL rotator is designed to provide a gentle and consistent rotation to test tubes or microplates containing the serum specimens and reagents. The rotation ensures thorough mixing and interaction between the antigen-coated particles and the antibodies present in the serum sample. This interaction leads to the formation of visible flocculation or agglutination patterns that can be visually observed and interpreted as positive or negative results.
One of the key advantages of the VDRL rotator is its ability to perform multiple tests simultaneously. It can accommodate multiple test tubes or microplates, allowing for efficient testing of multiple samples in a single run. This capability is particularly beneficial in high-volume laboratories, where a large number of specimens need to be processed within a limited timeframe.
The rotator typically offers adjustable rotation speed controls to customize the agitation intensity based on the specific test requirements. This flexibility ensures optimal mixing for different types of specimens and reagents, enhancing the accuracy and reliability of the test results.
The VDRL rotator is designed to be compact and easy to use. It features a stable and sturdy construction to prevent vibration or movement during operation, ensuring consistent and reliable results. The instrument is often equipped with an integrated timer to facilitate accurate timing of the rotation period required for the test.
Maintenance and care of the VDRL rotator are relatively straightforward. Regular cleaning of the platform or holders is essential to prevent cross-contamination between samples. Routine inspection of the motor and electrical components helps to ensure smooth operation and prevent any malfunctions.
In summary, the VDRL rotator is a specialized laboratory instrument used for the analysis of serum specimens in the diagnosis of syphilis. It provides gentle and consistent rotation to ensure thorough mixing and interaction between the antigen-coated particles and antibodies in the samples. The ability to process multiple samples simultaneously and adjustable rotation speed controls enhance its efficiency and versatility. Proper maintenance and cleaning are necessary for reliable performance and accurate test results.

Type of Product : VDRL Rotator

Voltage : 220-230 V AC

Model No : SSI-147

Display Type : LED Display

Platform Size : 300 x 300 mm

Power Source : Electric Corded

Application Area : Laboratories

Country of Origin : India

Ideal For : VDRL Tests, Blood Grouping Tests

Motor Speed : 180 rpm

Name of Manufacturer/Packer/Importer : KRISHNA ENTERPRISES

U-Tech DB 150 Double Bed Deionizer for Laboratories SSI-145

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U-Tech DB 150 Double Bed Deionizer for Laboratories SSI-145

By U-Tech

₹54,279

U-Tech DB 150 Double Bed Deionizer for Laboratories SSI-145 is a type of water treatment system designed to remove ions from water and produce purified water for various applications. It consists of two beds filled with ion exchange resins, each bed performing a specific function in the deionization process.
The first bed in a double bed deionizer is known as the cation exchange resin bed. This bed contains cation exchange resin that attracts and exchanges positively charged ions (cations) in the water with hydrogen ions. Common cations removed from the water include calcium, magnesium, sodium, and iron. This process effectively softens the water and removes these mineral ions.
The second bed is the anion exchange resin bed. This bed contains anion exchange resin that attracts and exchanges negatively charged ions (anions) in the water with hydroxide ions. Common anions removed from the water include chloride, sulfate, nitrate, and carbonate. This process further purifies the water by removing these impurities.
The double bed deionizer operates in a series configuration, with the water passing through the cation exchange resin bed first and then through the anion exchange resin bed. By utilizing two distinct beds, the system can achieve a higher level of purity compared to a single-bed deionizer.
The ion exchange resins in the beds have a finite capacity for ion removal. Over time, as the resins become saturated with ions, their effectiveness decreases. To regenerate the system, a regeneration process is performed. During regeneration, the resins are subjected to specific chemicals or processes to restore their ion exchange capacity. This ensures the continued effectiveness of the double bed deionizer.
Double bed deionizers are commonly used in various industries and applications where high-purity water is required. These include laboratory research, pharmaceutical manufacturing, electronics production, power generation, and more. The purified water produced by a double bed deionizer can be used for equipment calibration, chemical analysis, rinsing of precision instruments, and other critical processes that demand ultra-pure water.
In summary, a double bed deionizer is a water treatment system that utilizes two beds of ion exchange resins to remove cations and anions from water, producing highly purified water. Its configuration allows for increased purity compared to single-bed deionizers, making it suitable for a range of applications that require high-quality, deionized water.

U-Tech IF-70 61 Kg SS Ice Flaking Machine with Air Cooled Automatic Control Device SSI-201

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U-Tech SS Ice Flaking Machine with Air Cooled Automatic Control Device SSI-201

By U-Tech

₹4,49,299 - ₹5,13,485

U-Tech IF-70 61 Kg SS Ice Flaking Machine with Air Cooled Automatic Control Device SSI-201 is a specialized piece of equipment used to produce flake ice. Flake ice consists of small, flat, and thin ice flakes that have a high surface area-to-volume ratio. This makes it ideal for a wide range of applications such as food storage, cooling, and processing in industries such as fisheries, food and beverage, healthcare, and chemical.
The ice flaking machine operates by spraying a thin layer of water onto a cold refrigerated drum or evaporator. The drum's surface temperature is typically set below freezing point, causing the water to freeze rapidly upon contact and form a thin layer of ice. As the drum rotates, a scraping mechanism or knife gently removes the ice layer in the form of flakes, which are then collected and stored in an insulated storage bin.
The size and thickness of the ice flakes produced by the machine can be adjusted based on the application requirements. Flake ice typically ranges in thickness from 1.5 to 2.5 mm, allowing it to easily conform to the shape of products or containers it comes into contact with.
The advantages of using an ice flaking machine include its high cooling efficiency, rapid ice production, and versatility. Flake ice has excellent heat transfer properties, which allows for efficient cooling and preservation of perishable products. The rapid ice production rate of the machine ensures a continuous supply of ice, meeting the demands of various industries. Additionally, the versatility of flake ice makes it suitable for a wide range of applications, such as seafood preservation, concrete cooling, medical applications, and food displays.
Ice flaking machines often include features to enhance their performance and user convenience. These may include automatic ice level sensors, adjustable ice thickness controls, water level controls, and self-cleaning functions. Some machines are designed with energy-saving features, such as improved insulation and advanced refrigeration systems, to reduce energy consumption and operating costs.
Proper maintenance and cleaning of the ice flaking machine are crucial to ensure its optimal performance and longevity. Regular cleaning and sanitization of the water system, evaporator, and storage bin help prevent bacterial growth and maintain hygienic ice production. Routine inspection and maintenance of the refrigeration system, electrical components, and moving parts are also important to identify and address any potential issues.
In summary, an ice flaking machine is a specialized equipment used to produce flake ice. It operates by spraying water onto a cold drum, which freezes the water into thin ice layers. The ice layers are then scraped off in the form of flakes. The machine offers advantages such as high cooling efficiency, rapid ice production, and versatility for various applications. Proper maintenance and cleaning are important to ensure the machine's performance and hygiene. Ice flaking machines are widely used in industries requiring ice for cooling, preservation, and processing purposes.

Type of Product : Ice Flaking Machine

Material : Stainless Steel

Temperature : Water: 10°C

Model No : SSI-201

Application Area : Laboratories

Noise Level : < 50 dB

Refrigerant Gas : R404a

Ambient Temperature : 10°C

Control Mode : Electromechanical

U-Tech Penetrometer Apparatus With Electronic Digital Timer and Electrical Arrangement SSI-405

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U-Tech Penetrometer Apparatus With Electronic Digital Timer and Electrical Arrangement SSI-405

By U-Tech

₹81,419

U-Tech Penetrometer Apparatus With Electronic Digital Timer and Electrical Arrangement SSI-405 is a specialized instrument used to measure the penetration resistance or hardness of various materials, such as soils, asphalt, food products, and cosmetics. It is widely employed in fields such as geotechnical engineering, construction, agriculture, and quality control.
The penetrometer apparatus typically consists of a penetrometer probe, a loading mechanism, and a measuring device. The penetrometer probe is a cylindrical or conical-shaped metal rod that is driven into the material being tested. The loading mechanism applies a vertical force or weight onto the probe, causing it to penetrate the material. The measuring device provides a reading of the depth of penetration or the force required to achieve a specific penetration depth.
In geotechnical engineering, the penetrometer apparatus is used to assess the soil's consistency, compaction, and load-bearing capacity. It helps determine the soil's shear strength, compaction characteristics, and suitability for construction purposes. By measuring the resistance encountered during penetration, engineers can gather valuable information about soil properties, such as its density, moisture content, and shear strength.
In the field of asphalt testing, the penetrometer apparatus is employed to measure the penetration resistance of asphalt binders. This allows engineers to evaluate the consistency, hardness, and aging properties of the asphalt. The results obtained from the penetrometer test help determine the asphalt's suitability for specific applications and assist in formulating appropriate asphalt mixes.
In food and cosmetics industries, the penetrometer apparatus is utilized to assess the texture and consistency of products. For example, in the food industry, it can be used to measure the firmness of fruits, vegetables, or other food products. In the cosmetics industry, it can determine the hardness or consistency of creams, gels, or other cosmetic formulations.
The data obtained from the penetrometer apparatus is crucial for quality control and product development. It allows manufacturers to ensure consistency in their products and meet specific standards or customer requirements. It also helps researchers and scientists in understanding the behavior and characteristics of materials under different conditions.
In summary, the penetrometer apparatus is a versatile instrument used to measure penetration resistance or hardness in various materials. Its applications span across different industries, including geotechnical engineering, construction, food, cosmetics, and quality control. By providing valuable insights into material properties, the penetrometer apparatus plays a crucial role in assessing and improving the performance and quality of diverse materials and products.

U-Tech Table Top Auto Temperature Digital LED pH Meter SSI-303

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U-Tech LED & LCD Digital Table Top Mounting pH Meter, SSI-303

By U-Tech

₹27,139 - ₹84,959

U-Tech Table Top Auto Temperature Digital LED pH Meter SSI-303 is a scientific instrument used to measure the acidity or alkalinity of a liquid sample. It is a widely used tool in various fields, including chemistry, biology, environmental science, and food production. The measurement of pH is crucial for understanding chemical reactions, determining the quality of substances, and maintaining optimal conditions for biological processes.
A pH meter consists of three main components: a pH electrode, a reference electrode, and a meter. The pH electrode is a glass electrode that contains a sensitive membrane with a special gel or solution. This membrane interacts with the hydrogen ions (H+) present in the sample, generating an electrical potential that is proportional to the pH of the solution. The reference electrode provides a stable reference potential, ensuring accurate pH measurements.
To measure the pH of a sample, the electrodes of the pH meter are immersed in the solution, and the electrical potential difference between the pH electrode and the reference electrode is measured by the meter. The meter then converts this potential difference into a pH value, which is displayed on a digital screen.
pH values range from 0 to 14, with pH 7 considered neutral, values below 7 indicating acidity, and values above 7 indicating alkalinity. pH meters provide precise measurements and are often calibrated using standard buffer solutions with known pH values to ensure accuracy.
pH meters offer several advantages over other methods of pH measurement, such as pH paper or indicator solutions. They provide real-time digital readings, offering higher accuracy and precision. They are also capable of measuring a wide pH range and are suitable for both aqueous and non-aqueous samples. Additionally, some advanced pH meters offer temperature compensation to account for temperature variations, ensuring accurate pH measurements.
The applications of pH meters are diverse. In chemistry, pH meters are used to monitor and control chemical reactions, determine the endpoint of titrations, and measure the acidity of solutions. In environmental science, they help assess water quality, monitor pH levels in natural water bodies, and study the impact of pH on aquatic ecosystems. In food production, pH meters aid in quality control and ensure proper acidity levels for fermentation processes.
Regular calibration and maintenance of pH meters are essential for accurate and reliable measurements. Calibration involves adjusting the meter using buffer solutions with known pH values. Proper storage, cleaning, and maintenance of the pH electrode are necessary to maintain its performance and extend its lifespan.
In summary, a pH meter is a scientific instrument used to measure the acidity or alkalinity of a liquid sample. It consists of a pH electrode, a reference electrode, and a meter that converts the electrical potential difference into a pH value. pH meters are used in various fields, including chemistry, biology, environmental science, and food production. Regular calibration and maintenance are necessary for accurate and reliable measurements. pH meters play a critical role in understanding chemical reactions, assessing water quality, and maintaining optimal conditions in various applications.

Country of Origin : India

Type of Product : pH Meter

Usage For : Testing Water Samples

Model No : SSI-303

Application Area : Laboratories

Name of Manufacturer/Packer/Importer : KRISHNA ENTERPRISES

U-Tech Sodium Vapour Lamp for Research Polarimeter SSI-191

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U-Tech Sodium Vapour Lamp for Research Polarimeter SSI-191

By U-Tech

₹16,519

U-Tech Sodium Vapour Lamp for Research Polarimeter SSI-191 is a type of high-intensity discharge (HID) lamp that produces light by passing an electric current through a mixture of noble gases and sodium vapor. It is commonly used for outdoor lighting, such as street lighting and security lighting, due to its high efficiency and long lifespan.
The main components of a sodium vapor lamp include an arc tube, electrodes, and a sodium ballast. The arc tube is made of transparent material, typically fused quartz, and contains a small amount of metallic sodium and a noble gas such as neon or argon. The electrodes are located at each end of the arc tube and provide the electrical connection.
When the lamp is turned on, an electric current flows through the electrodes, creating a high voltage across the arc tube. This voltage ionizes the noble gas, causing it to emit a faint glow. As the lamp heats up, the sodium metal inside the arc tube evaporates and ionizes, producing a bright yellow-orange light.
The light emitted by a sodium vapor lamp has a relatively narrow spectral distribution, primarily in the yellow range at around 589 nm. This makes it efficient for outdoor lighting applications, as it minimizes wasted light and reduces light pollution. However, the color rendering index (CRI) of sodium vapor lamps is relatively low, meaning they do not accurately reproduce colors.
Sodium vapor lamps are known for their high efficiency and long lifespan. They convert electrical energy into light with minimal heat loss, making them energy-efficient compared to other types of lamps. The lifespan of a sodium vapor lamp can range from 16,000 to 24,000 hours, significantly longer than traditional incandescent or fluorescent lamps.
To operate a sodium vapor lamp, a sodium ballast is used. The ballast controls the electrical current and voltage supplied to the lamp, ensuring stable operation and preventing damage. Sodium ballasts are typically magnetic ballasts, which use inductive coils to regulate the current.
In summary, a sodium vapor lamp is a high-intensity discharge lamp that produces light by passing an electric current through a mixture of noble gases and sodium vapor. It is commonly used for outdoor lighting due to its high efficiency and long lifespan. Sodium vapor lamps emit a yellow-orange light and have a narrow spectral distribution, making them energy-efficient and suitable for minimizing light pollution. They require a sodium ballast to control the electrical current and voltage.

U-Tech 1L Buchi Type Variable Speed Rotary Vacuum Evaporator SSI-140

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U-Tech 1L Buchi Type Variable Speed Rotary Vacuum Evaporator SSI-140

By U-Tech

₹99,119

The U-Tech 1L Buchi Type Variable Speed Rotary Vacuum Evaporator SSI-140 is a sophisticated laboratory instrument used for efficient and controlled evaporation and concentration of liquid samples under vacuum conditions. It is commonly employed in various scientific and research applications, including chemistry, pharmaceuticals, and biotechnology.
The rotary vacuum evaporator consists of several key components. The main components include a rotating flask, a water or oil bath, a condenser, and a vacuum pump. The rotating flask is typically made of borosilicate glass and is connected to the rotary drive motor. The sample or liquid mixture to be evaporated is placed in the rotating flask.
During operation, the rotating flask is immersed in a heated water or oil bath. The bath provides a controlled temperature environment, allowing for efficient evaporation of the solvent or liquid component. The rotating flask is connected to the condenser, which cools and condenses the evaporated vapor back into a liquid form.
The vacuum pump creates a vacuum environment within the system, reducing the boiling point of the liquid and enhancing the evaporation process. The lower pressure lowers the boiling point of the liquid, allowing for gentle and efficient evaporation at lower temperatures.
The Buchi type rotary vacuum evaporator offers several advantages over other evaporation methods. It allows for precise control of temperature and vacuum, ensuring optimal evaporation conditions and preserving the integrity of heat-sensitive samples. The rotating flask and continuous agitation provide increased surface area, facilitating faster evaporation rates.
The evaporator also offers the ability to collect and separate volatile components or solvents from the sample, enabling concentration and purification. The condenser helps to recover and collect the condensed liquid, known as the distillate, in a separate receiving flask.
The Buchi type rotary vacuum evaporator is available in various configurations to accommodate different sample volumes and requirements. Some models feature digital control panels for easy monitoring and adjustment of parameters such as temperature, rotation speed, and vacuum level.
In summary, the Buchi type rotary vacuum evaporator is a powerful laboratory instrument used for controlled evaporation and concentration of liquid samples under vacuum conditions. Its rotating flask, heating bath, condenser, and vacuum pump work together to facilitate efficient and precise evaporation. The instrument finds extensive use in scientific and research applications, enabling the concentration and purification of samples while maintaining temperature-sensitive components.

U-Tech 10 g Infra Red Moisture Balance with Electronic Regulator SSI-187

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U-Tech Infra Red Moisture Balance with Electronic Regulator SSI-187

By U-Tech

₹33,039 - ₹48,379

U-Tech 10 g Infra Red Moisture Balance with Electronic Regulator SSI-187 is an advanced instrument used to determine the moisture content in various substances. It is widely used in industries such as food, pharmaceuticals, chemicals, and environmental analysis.
The infrared moisture balance operates based on the principle of infrared heating and moisture loss measurement. The instrument consists of a heating element that emits infrared radiation, a sample holder or pan, and a highly sensitive balance to measure the weight changes during the drying process.
To use an infrared moisture balance, a small sample of the substance being tested is placed in the sample holder or pan. The instrument then applies infrared radiation to the sample, which causes the moisture within the sample to evaporate. The balance continuously measures the weight of the sample, and as the moisture evaporates, the weight of the sample decreases.
The infrared moisture balance utilizes a precise control mechanism to maintain a constant temperature during the drying process. Once the weight of the sample stabilizes, indicating that no more moisture is being lost, the instrument calculates and displays the moisture content as a percentage based on the weight loss.
One of the key advantages of an infrared moisture balance is its rapid and accurate results. The instrument provides quick moisture measurements, allowing for efficient quality control and process monitoring. It is particularly useful when testing large quantities of samples or when time is a critical factor.
In addition, the infrared moisture balance offers non-destructive testing, as the sample can often be recovered after the analysis. This is beneficial for further analysis or other purposes. The instrument is also versatile and can be used to determine moisture content in a wide range of substances, including solids, powders, liquids, and pastes.
Overall, the infrared moisture balance is a valuable tool for moisture analysis in various industries. Its precise and efficient measurement capabilities make it an essential instrument for quality control, research, and compliance with industry standards. By accurately determining moisture content, manufacturers can ensure the stability, quality, and shelf life of their products.

Accuracy : 2E-3

Color : Grey

Model No : SSI-187

Type of Product : Infra Red Moisture Balance

Included Components : With Electronic Regulator

Application Area : Laboratories

U-Tech 4 lph Double Stage Vertical Glass Distillation Unit with Quartz Heater Tube SSI-142

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U-Tech Double Stage Vertical Glass Distillation Unit with Quartz Heater Tube SSI-142

By U-Tech

₹1,41,599 - ₹4,24,799

U-Tech 4 lph Double Stage Vertical Glass Distillation Unit with Quartz Heater Tube SSI-142 is a versatile apparatus used for the separation and purification of liquid mixtures based on differences in their boiling points. It is a fundamental tool in various industries, including chemical, pharmaceutical, petroleum, and food processing.
The principle behind a distillation unit is the utilization of differences in boiling points of the components within a liquid mixture. The unit typically consists of a distillation flask or pot, a condenser, a receiving flask, and a heat source. The liquid mixture is heated, and as it reaches its boiling point, the component with the lower boiling point vaporizes first. The vapor then travels through the condenser, where it is cooled and condensed back into liquid form. The condensed liquid, known as the distillate, is collected in the receiving flask, while the higher boiling point component remains in the distillation flask.
The distillation process can be conducted using different techniques depending on the specific requirements and the nature of the mixture being distilled. Common types of distillation include simple distillation, fractional distillation, and vacuum distillation.
Simple distillation is suitable for separating components with significantly different boiling points. It is a straightforward process where the liquid mixture is heated, and the vapor is directly condensed and collected.
Fractional distillation is employed when the boiling points of the components in the mixture are close together. It involves using a fractionating column, which provides multiple vapor-liquid equilibrium stages. The column helps separate the components more effectively by allowing repeated vaporization and condensation cycles.
Vacuum distillation is used when distilling heat-sensitive materials or those with high boiling points. By reducing the pressure within the distillation unit, the boiling point of the liquid mixture is lowered, enabling separation at lower temperatures.
Distillation units are crucial for various applications. They are utilized to purify and isolate specific chemicals, refine petroleum products, produce alcoholic beverages, extract essential oils, and remove contaminants from water, among many other uses.
In summary, a distillation unit is an essential apparatus used for separating and purifying liquid mixtures based on differences in boiling points. The unit enables the production of pure components and is widely employed in diverse industries for a range of applications. Distillation is a versatile and effective technique for obtaining desired products or isolating valuable components from complex mixtures.

Type of Product : Distillation Unit

Model No : SSI-142

Material : Glass

No. of Stages : Double

Power Source : Electric Corded

Application Area : Laboratories

Orientation : Vertical

Included Components : With Quartz Heater Tube

U-Tech 85 L 4 to 6°C Blood Bank Refrigerator for 50 Blood Bags SSI-123

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U-Tech 4 to 6°C Blood Bank Refrigerator SSI-123

By U-Tech

₹2,24,199 - ₹3,65,799

U-Tech 85 L 4 to 6°C Blood Bank Refrigerator for 50 Blood Bags SSI-123 is a specialized piece of equipment used for the storage and preservation of blood and blood products in a controlled environment. It is designed to maintain optimal temperature conditions to ensure the safety, integrity, and longevity of blood components.
Blood bank refrigerators are essential in hospitals, clinics, and blood centers where blood transfusions, blood typing, and other blood-related procedures are conducted. They provide a regulated and consistent temperature range typically between 2 to 6 degrees Celsius (35.6 to 42.8 degrees Fahrenheit) to prevent the growth of bacteria and maintain the viability of blood components.
These refrigerators are equipped with features specifically designed for blood storage. They often include specialized compartments, shelves, or drawers to organize and segregate different blood components, such as whole blood, red blood cells, platelets, and plasma. This allows for efficient storage and retrieval of specific blood products as needed.
Blood bank refrigerators also incorporate precise temperature control systems, temperature monitoring devices, and alarms to ensure temperature stability and provide early warning in case of temperature fluctuations or deviations. This helps prevent spoilage, degradation, or loss of blood products, which are crucial for patient care and transfusions.
Additionally, blood bank refrigerators may have additional safety features such as lockable doors, access control systems, and backup power supply to maintain temperature integrity during power outages or emergencies. This helps to safeguard the valuable blood inventory and ensure continuous availability for patients in need.
Regular maintenance, calibration, and adherence to regulatory standards are essential for blood bank refrigerators to ensure their reliability and compliance with safety and quality requirements. Periodic temperature monitoring, cleaning, and validation of the equipment are critical to maintaining the integrity of stored blood components and minimizing the risk of contamination.
In conclusion, blood bank refrigerators play a vital role in the healthcare industry by providing a controlled environment for the safe storage and preservation of blood and blood products. They are designed with specific features to maintain optimal temperature conditions, organization, and security of blood components. By ensuring the integrity and viability of blood products, these refrigerators contribute to the availability of safe and high-quality blood for transfusions and medical procedures.

Type of Product : Blood Bank Refrigerator

Voltage : 220-230 V

Model No : SSI-123

Outer Material : Mild Steel

Application Area : Laboratories

Inner Material : Stainless Steel

Operating Temperature : 4 to 6°C

U-Tech 18 inch Dia x 18 inch Depth Mild Steel Rectangular Vacuum Oven Without Vacuum Pump SSI-109A

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U-Tech Mild Steel Rectangular Vacuum Oven Without Vacuum Pump SSI-109A

By U-Tech

₹3,06,799 - ₹5,57,461

U-Tech 18 inch Dia x 18 inch Depth Mild Steel Rectangular Vacuum Oven Without Vacuum Pump SSI-109A is a specialized laboratory equipment designed to provide a low-pressure environment for drying, heating, and processing sensitive materials. It combines the benefits of temperature control with a vacuum environment to facilitate the removal of moisture, solvents, and other volatile substances from samples without subjecting them to high temperatures or oxidative conditions.
The primary function of a vacuum oven is to remove moisture and volatile components from samples by creating a vacuum within the chamber. This is achieved by using a vacuum pump to reduce the pressure inside the oven, which lowers the boiling point of liquids, allowing them to evaporate at lower temperatures. The vacuum environment helps preserve the integrity of heat-sensitive materials and prevents oxidation or degradation during the drying process.
Key features and components of a vacuum oven include:
Vacuum Chamber: The oven chamber is designed to withstand the vacuum pressure and is typically made of stainless steel or other durable materials. It is equipped with seals or gaskets to ensure a tight and leak-free vacuum environment.
Heating System: Vacuum ovens have a heating system that allows precise temperature control within the chamber. Heating can be achieved through electric heating elements or other methods such as radiant heating. The temperature control system ensures accurate and uniform heating throughout the chamber.
Vacuum Pump: The vacuum pump is responsible for creating and maintaining the desired level of vacuum within the oven. It removes air and other gases from the chamber, allowing for efficient drying and processing of samples.
Control System: Vacuum ovens are equipped with a control system that enables users to set and monitor temperature and vacuum levels. Digital controllers provide precise control and allow for programming of temperature and time parameters.
Safety Features: Vacuum ovens incorporate safety features such as over-temperature protection, pressure relief valves, and alarms to ensure the safe operation of the equipment and prevent any potential hazards.
Vacuum ovens find applications in various industries and research fields, including pharmaceuticals, materials science, electronics, and food processing. They are used for drying heat-sensitive materials, removing moisture from samples, purging volatile solvents, degassing materials, and other processes that require controlled temperature and vacuum conditions.
In summary, a vacuum oven is a specialized laboratory equipment that provides a low-pressure environment for drying, heating, and processing sensitive materials. It combines temperature control with a vacuum environment to facilitate the removal of moisture and volatile components without subjecting the samples to high temperatures or oxidative conditions. Vacuum ovens are widely used in research, manufacturing, and quality control processes where the preservation of sample integrity and removal of volatile substances are essential.

Temperature Range : 150°C

Material : Mild Steel

Voltage : 220-230 V

Type of Product : Vacuum Oven

Model No : SSI-109A

Shape : Rectangular

Application Area : Laboratories

Included Components : Without Vacuum Pump

Insulation Material : High Grade Glass Wool

Window : Glass Window

U-Tech Microprocessor PID Controller for Hot Air Oven SSI-109

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U-Tech Microprocessor PID Controller for Hot Air Oven SSI-109

By U-Tech

₹21,239

U-Tech Microprocessor PID Controller for Hot Air Oven SSI-109 is a control device that utilizes a microprocessor-based system to implement a PID control algorithm. The PID control algorithm is widely used in industrial control systems to regulate and maintain desired process variables, such as temperature, pressure, flow rate, or position, by continuously adjusting control signals to actuator devices.
The primary function of a microprocessor PID controller is to monitor the process variable using input signals from sensors, calculate the error between the desired setpoint and the actual process variable, and adjust the control output based on the proportional, integral, and derivative terms of the PID algorithm.
The proportional term is proportional to the error and determines the immediate response of the controller. It applies a correction signal to the control output based on the magnitude of the error, resulting in a proportional response to bring the process variable closer to the setpoint.
The integral term accumulates the past errors over time and provides a corrective action based on the integral of the error. It helps eliminate steady-state errors by continuously adjusting the control output to account for any sustained deviation from the setpoint.
The derivative term calculates the rate of change of the error and provides a corrective action based on the rate of change. It helps anticipate future changes and dampens the response to prevent overshooting or instability.
A microprocessor PID controller uses the power of a microprocessor to execute the PID control algorithm and provide advanced control features. It can offer precise control due to the high-speed processing capability of the microprocessor and the ability to handle complex control algorithms. The microprocessor-based system also allows for flexibility and ease of programming, enabling customization and adaptation to specific control requirements.
Microprocessor PID controllers often include additional features such as autotuning, which automatically determines the optimal PID parameters based on system characteristics, and communication interfaces to connect with other control systems or supervisory systems.
These controllers find applications in various industries, including manufacturing, process control, robotics, and automation. They are used in temperature control systems, motor speed control, flow control, and other control applications that require accurate and responsive control of process variables.
In summary, a microprocessor PID controller is a control device that utilizes a microprocessor-based system to implement the PID control algorithm. It continuously monitors the process variable, calculates the error, and adjusts the control output based on the proportional, integral, and derivative terms of the PID algorithm. Microprocessor PID controllers offer precise control, flexibility, and advanced features, making them suitable for a wide range of industrial control applications.

U-Tech 400 mm 12 kV Stainless Steel Triple Wall Cylindrical Horizontal Autoclave SSI-103

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U-Tech Stainless Steel Triple Wall Cylindrical Horizontal Autoclave SSI-103

By U-Tech

₹6,40,108 - ₹8,39,878

U-Tech 400 mm 12 kV Stainless Steel Triple Wall Cylindrical Horizontal Autoclave SSI-103 is a highly effective and widely used piece of equipment in various industries, particularly in healthcare and laboratories, for sterilizing equipment, instruments, and materials. It uses high-pressure steam to eliminate microorganisms, including bacteria, viruses, fungi, and spores, ensuring a sterile environment and preventing the spread of infection.
The autoclave works on the principle of moist heat sterilization. It consists of a sealed chamber that can withstand high pressures and temperatures. The chamber is loaded with the items to be sterilized, and steam is introduced at a high temperature and pressure. The steam penetrates the materials and effectively kills the microorganisms present.
Autoclaves typically operate at temperatures between 121 to 134 degrees Celsius (250 to 273 degrees Fahrenheit) and pressures ranging from 15 to 30 psi. These conditions are maintained for a specific duration, usually around 15 to 30 minutes, depending on the type of load and the organisms targeted for sterilization.
The key advantages of using an autoclave for sterilization are its high efficacy and broad applicability. Autoclaves are capable of destroying a wide range of microorganisms, including hard-to-kill spores, which makes them particularly effective for sterilizing heat-resistant instruments, glassware, surgical tools, and laboratory media.
Autoclaves also offer versatility in terms of load size and quantity. They can accommodate various sizes of loads, from small items to large containers or even entire loads of materials. This flexibility makes them suitable for a range of applications, from small clinics and laboratories to large industrial facilities.
Safety features are an essential component of autoclaves. They include mechanisms to ensure proper sealing and locking of the chamber during operation to prevent steam leaks. Pressure and temperature sensors are also incorporated to monitor and regulate the operating parameters, providing safety interlocks to prevent overheating or overpressurization.
Autoclaves can be categorized into different types based on their design and operation. These include gravity displacement autoclaves, where steam enters the chamber from the top and displaces the air, and vacuum autoclaves, which incorporate vacuum cycles to aid in air removal and enhance steam penetration. Some autoclaves also offer advanced features such as pre-programmed cycles, digital displays, and data logging capabilities for process monitoring and documentation.
In summary, autoclaves are essential sterilization devices that utilize high-pressure steam to eliminate microorganisms and achieve sterility in equipment, instruments, and materials. Their high efficacy, broad applicability, and safety features make them indispensable in healthcare, laboratories, and other industries where maintaining a sterile environment is crucial for preventing infection and ensuring product safety.

Material : Stainless Steel

Model No : SSI-103

Type of Product : Autoclave

Pressure : 5-22 psi

Wall Type : Triple Wall

Shape : Cylindrical

Orientation : Horizontal

U-Tech 300 mm Neoprene Gasket for Triple Wall High Pressure Vertical Autoclave SSI-102

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U-Tech Neoprene Gasket for Triple Wall High Pressure Vertical Autoclave SSI-102

By U-Tech

₹1,887 - ₹4,601

U-Tech 300 mm Neoprene Gasket for Triple Wall High Pressure Vertical Autoclave SSI-102 is a sealing component that plays a critical role in maintaining a tight and secure seal between the autoclave door and the chamber. Vertical autoclaves are commonly used in various industries, including healthcare, laboratories, and research facilities, for sterilizing equipment, instruments, and other items under high-pressure conditions.
The gasket is typically made of a resilient material, such as silicone rubber or synthetic rubber, that can withstand high temperatures and pressures. It is designed to fit into a groove or channel around the perimeter of the autoclave door, creating a seal when the door is closed.
The primary function of the gasket is to prevent the escape of steam and maintain the desired pressure inside the autoclave chamber during the sterilization process. It ensures that the sterilization conditions are achieved and maintained, allowing for effective elimination of microorganisms.
The gasket also serves as a barrier, preventing external contaminants from entering the autoclave chamber while the sterilization cycle is in progress. This helps maintain the sterility of the items being sterilized and ensures their safety and integrity.
Over time, gaskets may wear out or become damaged due to repeated use, exposure to high temperatures, or chemical degradation. It is important to regularly inspect the gasket for signs of wear, cracks, or deterioration and replace it as needed to ensure a reliable seal.
When replacing the gasket, it is crucial to select a gasket that is compatible with the specific make and model of the vertical autoclave. This ensures proper fit, optimal sealing performance, and compatibility with the autoclave's operating conditions.
Proper maintenance of the gasket is essential for its longevity and performance. It is recommended to clean and inspect the gasket regularly, following the manufacturer's guidelines. Lubricating the gasket with a suitable lubricant can help maintain its flexibility and extend its lifespan.
In summary, the gasket for a high-pressure vertical autoclave is a vital component that provides a secure seal to maintain the sterilization conditions and prevent the escape of steam. It helps ensure the effectiveness of the sterilization process and the integrity of the items being sterilized. Regular inspection and maintenance of the gasket are crucial for its proper functioning and longevity.

Material : Neoprene

Model No : SSI-102

Type of Product : Gasket

Shape : Round

Usage For : As Accessory

Ideal For : High Pressure Vertical Autoclave

Wall Type : Triple Wall

U-Tech 25 x 40 x 15 cm Rectangular Hot Plate With Cast Iron Top and Energy Regulator SSI-177

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U-Tech Rectangular Hot Plate With Cast Iron Top and Energy Regulator SSI-177

By U-Tech

₹10,737 - ₹37,759

Shape : Rectangular

Voltage : 220-230 V

Type of Product : Hot Plate

Model No : SSI-177

Material : PCRC Sheet

Power Source : Electric Corded

Application Area : Laboratories

Plate Material : Cast Iron

Coating : Stove Enamel

U-Tech Moisture Trap With Regulator for Rotary Vacuum Pump SSI-172

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U-Tech Moisture Trap With Regulator for Rotary Vacuum Pump SSI-172

By U-Tech

₹6,607

The U-Tech Moisture Trap with Regulator is a specialized accessory designed to be used in conjunction with the Rotary Vacuum Pump SSI-172. It serves two primary functions: trapping moisture or condensable vapors from the vacuum system and regulating the pressure within the system.
Moisture traps are commonly employed in vacuum systems to prevent the entry of liquid or moisture into the pump. When operating a rotary vacuum pump, it is essential to protect the pump from potentially damaging substances such as water or other condensable vapors. The U-Tech Moisture Trap is specifically designed to trap and remove these substances, ensuring the longevity and optimal performance of the SSI-172 rotary vacuum pump.
The moisture trap component of the U-Tech Moisture Trap with Regulator typically consists of a chamber or reservoir filled with a desiccant material or other absorbent substance. As the vacuum system operates, any moisture or condensable vapors are captured and retained by the desiccant, preventing them from reaching the pump.
Additionally, the U-Tech Moisture Trap with Regulator incorporates a pressure regulator feature. This allows users to adjust and maintain the desired pressure setpoint within the vacuum system. By regulating the pressure, the device ensures stability and accuracy in maintaining the desired vacuum levels for efficient operation of the SSI-172 rotary vacuum pump.
The U-Tech Moisture Trap with Regulator is designed to provide a convenient and integrated solution for moisture control and pressure regulation in conjunction with the SSI-172 rotary vacuum pump. However, it's important to refer to the specific product documentation and manufacturer guidelines for detailed information on the U-Tech Moisture Trap with Regulator and its operation with the SSI-172 rotary vacuum pump.
By incorporating a moisture trap and pressure regulator into a single device, the U-Tech Moisture Trap with Regulator offers enhanced functionality and convenience, allowing users to protect their vacuum system from moisture or condensable vapors and maintain precise control over the pressure levels for optimal performance of the SSI-172 rotary vacuum pump.

U-Tech Crompton Motor for Rotary Vacuum Pump SSI-172

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U-Tech Crompton Motor for Rotary Vacuum Pump SSI-172

By U-Tech

₹11,563

In the context of a rotary vacuum pump like the SSI-172, the motor plays a crucial role in driving the pump's rotary mechanism. The motor provides the rotational force necessary for the vanes or blades inside the pump to create a vacuum by removing air or gas from the system.
When selecting a motor for a rotary vacuum pump, several factors need to be considered, such as power requirements, efficiency, reliability, and compatibility with the pump's specifications. The motor should be capable of delivering sufficient power and torque to ensure smooth and efficient operation of the pump.
While Crompton Motors are known for its quality, it's important to consult the specific requirements and recommendations provided by the manufacturer of the Rotary Vacuum Pump SSI-172. They would typically specify the motor requirements, including power rating, speed, and compatibility, to ensure optimal performance and longevity of the pump.
It's worth mentioning that the U-Tech branding could indicate that it is a customized or specific variant of a Crompton Motor designed to meet the requirements of U-Tech or a specific company. However, without more specific information, it is challenging to provide a detailed analysis of the U-Tech Crompton Motor for the Rotary Vacuum Pump SSI-172.

U-Tech 230 VAC High Precision Digital Melting Point Apparatus SSI-174

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U-Tech 230 VAC High Precision Digital Melting Point Apparatus SSI-174

By U-Tech

₹1,02,659

U-Tech 230 VAC High Precision Digital Melting Point Apparatus SSI-174 is a laboratory instrument used to determine the melting point of a substance, which is the temperature at which it transitions from a solid to a liquid state. The apparatus consists of a heating block or plate, a sample holder, and a thermometer or temperature sensor.
The process of determining the melting point involves placing a small amount of the substance into a capillary tube or sample holder, which is then inserted into the heating block. The heating block is equipped with a temperature controller that allows for precise temperature control and gradual heating of the sample.
As the heating block gradually increases the temperature, the substance inside the capillary tube begins to heat up. The observer closely monitors the sample, usually through a magnifying lens, and notes the temperature at which the substance starts to melt. This temperature is recorded as the melting point.
The melting point is a crucial characteristic of a substance as it can help identify and differentiate between different compounds. It is often used in quality control, research, and forensic laboratories for compound identification and purity determination. Impurities in a substance can affect its melting point, causing a shift or broadening of the range.
Melting point apparatuses can vary in design and features. Some models employ a manual temperature control knob, while others utilize digital displays and automatic temperature ramping. Advanced apparatuses may offer features such as video recording or computer connectivity to enhance data recording and analysis.
Proper calibration and maintenance of the apparatus are essential to ensure accurate results. The melting point apparatus should be regularly calibrated using substances with known melting points. It is also important to clean the sample holder between tests to avoid cross-contamination.
In conclusion, a melting point apparatus is a valuable tool in the laboratory for determining the melting point of a substance. By providing precise temperature control and observation, it enables scientists and researchers to characterize and identify compounds, assess purity, and perform quality control measures. The melting point determination is a fundamental method that aids in compound identification and plays a significant role in various scientific disciplines, including chemistry, pharmaceuticals, materials science, and forensics.

U-Tech Coarse Series 18 inch Dia 90 mm Aperture Size Galvanized Iron Test Sieve SSI-163

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U-Tech Coarse Series Round Silver Galvanised Iron 18 Inch Dia Test Sieve, SSI-163 (Aperture Size 22.4-160 mm)

By U-Tech

₹2,713 - ₹2,713

U-Tech Coarse Series 18 inch Dia 90 mm Aperture Size Galvanized Iron Test Sieve SSI-163 is a tool used in laboratories and quality control processes to determine the particle size distribution of a sample material. It consists of a wire mesh or perforated plate mounted on a frame, typically made of stainless steel or brass. Test sieves are widely employed in industries such as pharmaceuticals, mining, agriculture, and construction.
The primary function of a test sieve is to separate particles of different sizes based on their ability to pass through the openings in the mesh or plate. The openings are of standardized sizes, adhering to international standards such as ASTM (American Society for Testing and Materials) or ISO (International Organization for Standardization). The size of the openings can vary, allowing for different degrees of particle separation.
To conduct a particle size analysis using a test sieve, the sample material is placed on the top sieve, which has the largest openings. The sieves are stacked on top of each other in descending order of opening size, with a pan or container at the bottom to collect the fines. The stack of sieves is then subjected to gentle agitation or mechanical tapping to assist in the separation process.
As the sieves are agitated, particles larger than the openings in each sieve are retained on the sieve surface, while particles smaller than the openings pass through to the next sieve below. This process continues until all particles have been classified according to their size, with the finest particles collected in the pan at the bottom.
Once the separation process is complete, the retained particles on each sieve are weighed, and the weight percentage of particles in each size fraction is calculated. This information is used to determine the particle size distribution of the sample material, which can be crucial for quality control, process optimization, and product development.
Test sieves offer several advantages in particle size analysis. They provide a reliable and standardized method for determining the particle size distribution, allowing for accurate comparisons between different samples and conforming to industry standards. The use of sieves with defined openings ensures consistent and repeatable results. Additionally, test sieves are durable and easy to clean, making them suitable for repeated use.
In conclusion, a test sieve is an essential tool for particle size analysis in various industries. Its ability to separate particles based on size provides valuable information for quality control and product characterization. By adhering to standardized opening sizes and employing consistent testing procedures, test sieves enable reliable and accurate particle size determination.

Frame Material : Galvanized Iron

Diameter (Inch) : 18 Inch

Material : Galvanised Iron

Color : Silver

Type of Product : Test Sieve

Model No : SSI-163

Application Area : Laboratories

Series : Coarse

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Product Name	Specifications	Expected Price	Dispatch Time	Discount
U-Tech Control Box With Humidistat for 5L Stainless Steel Humidifier SSI-169	Color Silver \| Ideal For 5L Stainless Steel Humidifier	₹10,029	2 days	--
U-Tech Revolution Counter for Flocculator Jar Testing Apparatus SSI-152	Ideal For Flocculator Jar Testing Apparatus \| Operation Type Automatic	₹47,199	10 days	--
U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153	Capacity 5 L \| Ideal For Heavy Duty Permanent Magnetic Stirrer	₹1,769	11 days	86.55% OFF

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