• Home /
• All Brands /
• U-Tech

Have a question? Call us now at +91 9650660070

U-Tech

Showing 40 out of 311 products

Sort by

Recommended New Price : Low to High Price : High to Low

Ships within 3 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.

Add to Cart Buy Now

Ships within 8 days

U-Tech 3500 rpm Medico Centrifuge SSI-208

By U-Tech

₹5,899 - ₹21,239

The U-Tech 3500 rpm Medico Centrifuge SSI-208 is a high-performance centrifuge designed for medical and clinical laboratory applications. Engineered with precision and reliability in mind, the SSI-208 offers fast and efficient sample processing, making it an indispensable tool for medical professionals and researchers. At its core, the SSI-208 centrifuge features a powerful motor capable of reaching speeds of up to 3500 revolutions per minute (rpm), allowing for rapid separation of samples. This high-speed operation enables quick processing of blood, urine, and other biological fluids, facilitating timely diagnosis and analysis in clinical settings. The centrifuge is equipped with a sturdy rotor and sample holders designed to accommodate a variety of tube sizes and types. This versatility allows users to process different sample volumes and types simultaneously, maximizing throughput and efficiency in the laboratory. The SSI-208 centrifuge offers precise control over speed and acceleration, allowing users to tailor centrifugation parameters to specific sample requirements. This customization ensures optimal separation of sample components while minimizing damage or alteration to delicate biological materials. Safety is a top priority in medical laboratory settings, and the SSI-208 centrifuge is designed with built-in safety features to protect both users and samples. These features may include automatic lid locking mechanisms, imbalance detection systems, and sturdy construction to prevent accidents or sample spills during centrifugation. The compact and ergonomic design of the SSI-208 centrifuge makes it easy to integrate into laboratory workspaces, while its durable construction ensures long-term reliability and performance. The centrifuge may also feature a user-friendly interface with intuitive controls, simplifying operation for laboratory personnel. Compliance with international standards and regulations is ensured for the SSI-208 centrifuge, providing users with confidence in its safety and reliability. Rigorous quality control measures are implemented during manufacturing to guarantee consistent performance and accuracy.

Model No : SSI-208

Color : Silver

Speed : 3500 rpm

Application Area : Laboratories

Explore other Variants (4)

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.

Add to Cart Buy Now

Ships within 8 days

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

By U-Tech

₹24,779 - ₹33,039

The U-Tech Monoblock Vacuum Pump for Laboratories, SSI-171, is a high-performance and reliable vacuum pump designed specifically for laboratory applications. Renowned for its efficiency, durability, and precision, this vacuum pump is engineered to meet the demanding requirements of scientific research, analytical chemistry, and industrial processes. The monoblock design of the vacuum pump integrates all essential components into a single compact unit, maximizing space efficiency and simplifying installation and maintenance. This streamlined design ensures optimal performance and reliability while minimizing downtime and maintenance costs. Equipped with a powerful motor and precision-engineered vacuum system, the SSI-171 vacuum pump delivers consistent and reliable vacuum performance across a wide range of applications. Whether used for degassing, filtration, or vacuum distillation, this vacuum pump provides the necessary vacuum levels with precision and accuracy. The vacuum pump is designed with user convenience in mind, featuring intuitive controls and easy-to-read indicators for monitoring vacuum levels and operational status. Additionally, safety features such as overheat protection and automatic shut-off mechanisms ensure operator safety and equipment protection during operation. Constructed from high-quality materials and precision-engineered components, the U-Tech Monoblock Vacuum Pump for Laboratories, SSI-171, offers exceptional durability and longevity, even under continuous use in demanding laboratory environments. Its robust construction and reliable performance make it an indispensable tool for laboratories, research facilities, and industrial settings requiring precise and consistent vacuum capabilities.

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

Explore other Variants (2)

Related Searches

u-tech sieves

u-tech heating mantles

u-tech general laboratory equipments

u-tech distilling apparatus

u-tech orbital & linear shaker

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.

Add to Cart Buy Now

Ships within 10 days

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

By U-Tech

₹87,319  

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.

Add to Cart Buy Now

Ships within 15 days

U-Tech Environmental Cum Humidity Test Chamber for Laboratories SSI-125

By U-Tech

₹9,01,096  

U-Tech Environmental Cum Humidity Test Chamber for Laboratories SSI-125 is a specialized piece of equipment used for testing the effects of temperature and humidity on various materials, components, and products. It is designed to simulate real-world environmental conditions to assess the performance, durability, and reliability of a wide range of items.
The chamber consists of an enclosed space with controlled temperature and humidity levels. It typically comprises an insulated chamber, heating and cooling systems, humidity generation and control mechanisms, sensors, and a control system. The chamber's size can vary depending on the objects being tested, ranging from small chambers for electronic components to large walk-in chambers for testing automobiles or aircraft parts.
The temperature control system utilizes heating and cooling elements to achieve the desired temperature range within the chamber. The humidity control system generates moisture and maintains a specific humidity level, allowing the simulation of different environmental conditions such as tropical, desert, or temperate climates.
Environmental cum humidity test chambers are used in various industries such as automotive, aerospace, electronics, pharmaceuticals, and materials science. They play a crucial role in product development, quality control, and research and development activities.
By subjecting materials and products to controlled temperature and humidity variations, manufacturers can assess their performance under different conditions, identify weaknesses or potential failures, and make necessary improvements. These chambers are particularly important for assessing the effects of humidity on electrical components, corrosion resistance of metals, performance of coatings and paints, and the overall durability of products.
In conclusion, an environmental cum humidity test chamber is an essential tool for evaluating the effects of temperature and humidity on various materials and products. It allows manufacturers to replicate real-world conditions and conduct reliable tests to ensure the quality, reliability, and durability of their products. These chambers contribute to the development of robust and resilient materials and aid in the advancement of industries by enabling thorough testing and analysis.

Add to Cart Buy Now

Ships within 15 days

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.

Add to Cart Buy Now

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.

Add to Cart Buy Now

Ships within 15 days

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.

Add to Cart Buy Now

Ships within 15 days

U-Tech Coarse Series Round Golden Brass 8 Inch Dia Test Sieve, SSI-163 (Aperture Size 2.8-19 mm)

By U-Tech

₹2,713 - ₹2,713

The U-Tech Coarse Series 8 inch Dia Aperture Size Brass Test Sieve SSI-163 is meticulously engineered to facilitate precise coarse particle analysis in various industrial applications. With an 8-inch diameter and a brass construction, this test sieve is designed to withstand demanding conditions while delivering accurate results. At the heart of its design is the carefully calibrated aperture size, tailored to accommodate larger particles with precision. This feature ensures consistent and reliable results, critical for maintaining quality control standards and making informed decisions. Constructed from brass, the sieve offers excellent resistance to corrosion and mechanical stress, ensuring durability and longevity even in harsh operating environments. Its sturdy build maintains structural integrity, minimizing the risk of deformations and preserving the accuracy of particle separation. Furthermore, the U-Tech Coarse Series test sieve complies with industry standards, guaranteeing adherence to strict quality benchmarks. Whether employed for quality assurance procedures, research endeavors, or industrial applications, this sieve consistently delivers dependable and reproducible results, instilling confidence in analytical outcomes. With its 8-inch diameter, the sieve provides ample surface area for efficient particle size analysis of large volumes of material. Additionally, its compatibility with standard sieve shakers facilitates seamless integration into laboratory setups, optimizing operational workflows and enhancing productivity. In summary, the U-Tech Coarse Series 8 inch Dia Aperture Size Brass Test Sieve SSI-163 combines durability, reliability, and precision to meet the diverse needs of coarse particle analysis across industries. Its robust construction, carefully calibrated aperture size, and adherence to industry standards make it an indispensable tool for applications requiring accurate and efficient particle characterization.

Frame Material : Brass

Diameter (Inch) : 8 Inch

Material : Brass

Color : Golden

Type of Product : Test Sieve

Model No : SSI-163

Application Area : Laboratories

Series : Coarse

Explore other Variants (15)

Ships within 15 days

U-Tech Emulsifier Homogenizer With Heavy Duty Motor and Speed Regulator SSI-155

By U-Tech

₹1,16,819 - ₹1,41,599

The U-Tech Emulsifier Homogenizer with Heavy Duty Motor and Speed Regulator, identified as SSI-155, is a powerful and versatile laboratory instrument designed for emulsification, dispersion, and homogenization of various substances. Engineered with precision and efficiency in mind, this homogenizer offers researchers, scientists, and technicians a reliable solution for sample preparation across a wide range of applications. At its core, the SSI-155 homogenizer features a robust construction with a heavy-duty motor, capable of delivering high-speed rotation and consistent performance. The powerful motor ensures efficient homogenization and dispersion of samples, even those with high viscosity or tough particles. The homogenizer is equipped with a speed regulator, allowing users to adjust the rotational speed according to the specific requirements of their experiments. This flexibility enables precise control over the homogenization process, ensuring optimal results for different sample types and volumes. Versatility is a key feature of the SSI-155 homogenizer, capable of processing various samples, including liquids, suspensions, emulsions, and solid materials. The instrument can effectively break down particles, disperse aggregates, and create stable emulsions, making it suitable for applications in research, pharmaceuticals, food, cosmetics, and more. The SSI-155 homogenizer is designed for ease of use, with intuitive controls and ergonomic features that enhance user experience. The instrument may include safety features such as overload protection and safety interlocks to prevent accidents and ensure operator safety during operation. Compliance with international standards and regulations is ensured for the SSI-155 homogenizer, providing users with confidence in its safety and reliability. Rigorous testing and quality control measures are undertaken during manufacturing to guarantee consistent performance and reproducible results.

Type of Product : Emulsifier Homogenizer

Model No : SSI-155

Application Area : Laboratories

Mounting : On Stand

Motor Speed : 4000 rpm

Explore other Variants (2)

Ships within 15 days

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

By U-Tech

₹36,579 - ₹1,53,399

The U-Tech Single Stage Rotary Vacuum Pump With Equivalent Motor SSI-172 is a high-quality and versatile vacuum pump designed to meet the diverse needs of laboratory and industrial applications. Renowned for its efficiency, durability, and precision, this vacuum pump delivers reliable performance across a wide range of vacuum processes. Featuring a single-stage rotary design, this vacuum pump provides efficient and consistent vacuum performance suitable for various applications. Whether used for vacuum filtration, degassing, distillation, or vacuum drying, the SSI-172 vacuum pump ensures optimal vacuum levels with precision and accuracy. Equipped with an equivalent motor, this vacuum pump delivers reliable and consistent performance, ensuring smooth operation and consistent vacuum levels. The powerful motor drives the rotary vane mechanism, generating the necessary vacuum for a wide range of laboratory processes. Designed for user convenience, the vacuum pump features intuitive controls and easy-to-read indicators for monitoring vacuum levels and operational status. Safety features such as overheat protection and automatic shut-off mechanisms ensure operator safety and equipment protection during operation. Constructed from high-quality materials and precision-engineered components, the U-Tech Single Stage Rotary Vacuum Pump With Equivalent Motor SSI-172 offers exceptional durability and longevity, even under continuous use in demanding laboratory environments. Its robust construction and reliable performance make it an indispensable tool for laboratories, research facilities, and industrial settings requiring precise and consistent vacuum capabilities.

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

Explore other Variants (7)

Ships within 15 days

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 (Galvanized Iron) Tank SSI-161 is a specialized instrument engineered to perform accurate wet sieving operations in various laboratory and industrial settings. This equipment is designed to efficiently separate particles and solids from liquid suspensions, ensuring precise particle size analysis for a wide range of materials. The SSI-161 features a durable galvanized iron tank that provides excellent corrosion resistance and durability, making it suitable for handling various liquids and samples in wet sieving applications. The tank's robust construction ensures longevity and reliability, even when dealing with corrosive substances or harsh chemical solutions. Equipped with a Yoder type wet sieving mechanism, the SSI-161 efficiently agitates the sample and suspends particles in the liquid medium, facilitating the passage of finer particles through the sieve mesh while retaining larger particles. This mechanism ensures consistent and accurate particle separation, allowing for reliable particle size analysis. The sieve shaker is outfitted with precision-engineered sieve decks, featuring high-quality mesh with precise mesh sizes tailored to the specific requirements of the application. These sieve decks provide reliable particle separation and are easily interchangeable to accommodate different particle size ranges and sample types. Advanced control features allow users to adjust agitation speed and duration according to the characteristics of the sample, ensuring optimal sieving efficiency and accuracy. Intuitive controls and a user-friendly interface enhance ease of operation, enabling users to set up and monitor sieving processes with confidence. The SSI-161 is designed to accommodate a wide range of sample volumes and types, offering versatility for various laboratory and industrial applications. Whether performing quality control analysis in pharmaceuticals, food processing, or environmental testing, the sieve shaker provides flexibility to meet diverse application needs. Safety features such as protective enclosures and safety interlocks are integrated into the SSI-161 to ensure operator safety during operation. These features help prevent accidental exposure to moving parts and ensure safe handling of samples and equipment. Compliance with international standards and regulations is a priority for the SSI-161, ensuring the accuracy, reliability, and safety of particle size analysis in laboratory and industrial environments. Rigorous quality control measures and testing procedures ensure that the sieve shaker meets the highest standards of performance and reliability.

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

Explore other Variants (3)

Ships within 15 days

U-Tech Fine Series Round Golden Brass 8 Inch Dia Test Sieve, SSI-162 (Aperture Size 0.025-0.53 mm)

By U-Tech

₹2,831 - ₹17,699

The U-Tech Fine Series Aperture Size 8 inch Dia Brass Frame Test Sieve SSI-162 is a meticulously crafted instrument tailored for precise particle size analysis across various industries. Engineered with an 8-inch diameter and a brass frame, this test sieve embodies durability and accuracy, catering to the stringent requirements of quality control and research endeavors. Critical to its functionality is the aperture size, meticulously calibrated to facilitate fine particle analysis with utmost accuracy. This specialized feature ensures consistent and reliable results, pivotal for maintaining product quality standards and advancing scientific investigations. Crafted from brass, the frame of the sieve exhibits exceptional resistance to corrosion and wear, ensuring longevity even under demanding operational conditions. Its sturdy construction maintains structural integrity, safeguarding against deformations and upholding the fidelity of particle separation processes. Moreover, the U-Tech Fine Series test sieve adheres to international standards, guaranteeing adherence to stringent quality benchmarks. Whether utilized for quality assurance protocols, research endeavors, or industrial applications, this sieve consistently delivers precise and reproducible results, bolstering confidence in analytical outcomes. The 8-inch diameter offers ample surface area for sieving significant quantities of material, enhancing efficiency in particle size analysis workflows. Furthermore, compatibility with standard sieve shakers facilitates seamless integration into laboratory setups, optimizing operational workflows and enhancing productivity. In summary, the U-Tech Fine Series Aperture Size 8 inch Dia Brass Frame Test Sieve SSI-162 amalgamates precision, durability, and reliability to address the diverse needs of particle size analysis across industries. Its robust construction, meticulously calibrated aperture size, and adherence to international standards render it an indispensable asset for endeavors necessitating meticulous particle characterization.

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

Explore other Variants (15)

Ships within 10 days

U-Tech DB 70 Double Bed Deionizer for Laboratories SSI-145

By U-Tech

₹40,119  

U-Tech DB 70 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.

Add to Cart Buy Now

Ships within 15 days

U-Tech Leak Test Apparatus Complete With Vacuum Pump and Timer SSI-316

By U-Tech

₹50,739  

U-Tech Leak Test Apparatus Complete With Vacuum Pump and Timer SSI-316 is a specialized instrument used to detect and measure leaks in a variety of objects or systems, such as containers, pipes, valves, and sealed components. It is an essential tool in industries such as manufacturing, automotive, aerospace, and pharmaceuticals, where leak-free operation and product integrity are critical.
The leak test apparatus operates by creating a pressure differential or vacuum within the object being tested and then monitoring for any changes in pressure or the presence of gas or liquid leakage. There are several different methods employed in leak testing, including pressure decay, differential pressure, mass spectrometry, helium leak detection, bubble immersion, and more.
Pressure decay testing involves pressurizing the object or system to a predetermined level and then monitoring the pressure drop over a specific time period. Any significant decrease in pressure indicates the presence of a leak.
Differential pressure testing measures the difference in pressure between the test object and a reference chamber or atmospheric pressure. By comparing the pressure levels, any variations can indicate the presence of a leak.
Helium leak detection is a highly sensitive method that uses helium gas as a tracer. The object being tested is pressurized with helium, and a helium detector is used to locate and measure any escaping gas. This method is particularly effective for detecting extremely small leaks.
Bubble immersion testing involves submerging the object being tested in a liquid, usually water or a specialized solution. Any leaks will be indicated by the presence of bubbles escaping from the object.
The choice of leak test method depends on factors such as the type of object being tested, the required sensitivity, the acceptable leak rate, and the industry standards or regulations. Different industries may have specific requirements for leak testing, and compliance with these standards is essential.
The leak test apparatus may consist of various components, including pressure regulators, gauges, valves, sensors, and monitoring systems. These components are designed to create and control the test conditions and provide accurate measurements or indications of leaks.
Regular calibration and maintenance of the leak test apparatus are crucial to ensure accurate and reliable results. Calibration against certified reference standards helps verify the accuracy of the apparatus and identify any deviations. Proper cleaning and inspection are necessary to prevent contamination and ensure optimal performance.
In summary, a leak test apparatus is a specialized instrument used to detect and measure leaks in various objects or systems. It employs different methods such as pressure decay, differential pressure, helium leak detection, or bubble immersion to identify the presence of leaks. The choice of method depends on the application, sensitivity, and industry standards. Regular calibration and maintenance are necessary to ensure accurate and reliable leak testing results, ensuring product integrity and safety.

Add to Cart Buy Now

Ships within 15 days

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.

Add to Cart Buy Now

Ships within 15 days

U-Tech Horizontal Laminar Air Flow Cabinet SSI-126

By U-Tech

₹1,41,599 - ₹5,95,750

The U-Tech Horizontal Laminar Air Flow Cabinet SSI-126 is a state-of-the-art solution designed to provide a sterile work environment for critical applications in laboratories, medical, and research settings. Featuring a sleek, horizontal airflow design, this cabinet ensures that work surfaces are consistently bathed in HEPA-filtered air, protecting samples and processes from airborne contaminants. The SSI-126's advanced air filtration system includes a pre-filter and a high-efficiency HEPA filter, delivering Class 100 clean air within the work area and maintaining an ISO 5 cleanroom environment.
Equipped with a user-friendly digital control panel, the SSI-126 allows precise adjustment of airflow speed and monitoring of filter performance. The cabinet’s ergonomic design includes an easily accessible work surface and a spacious interior, accommodating a wide range of laboratory tasks. The cabinet’s stainless steel construction ensures durability and easy cleaning, while its quiet operation minimizes disruptions in sensitive environments.
The U-Tech SSI-126 combines reliable performance with operational efficiency, making it an essential tool for applications requiring a high level of sterility and contamination control. Its versatility, combined with advanced safety and filtration features, makes it an ideal choice for diverse laboratory and research applications.

Model No : SSI-126

Type of Product : Laminar Air Flow Cabinet

Voltage : 220-230 V

Filter Type : HEPA Filter

Application Area : Laboratories

Country of Origin : India

Standard : Federal Standard 209B

Motor Power (HP) : 1/5 HP

Panel Material : Plexi Glass

Filter Efficiency (%) : 0.99990000000000001

Orientation : Horizontal

Light : Fluorescent Light

Name of Manufacturer/Packer/Importer : KRISHNA ENTERPRISES

Explore other Variants (12)

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.

Add to Cart Buy Now

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.

Add to Cart Buy Now

Ships within 15 days

U-Tech Stainless Steel Body Biological Safety Cabinet SSI-127

By U-Tech

₹3,53,999 - ₹5,57,461

The U-Tech Stainless Steel Body Biological Safety Cabinet SSI-127 stands as a pinnacle in laboratory safety and functionality, designed to meet the stringent requirements of biological research, pharmaceutical, and clinical laboratories. Crafted with precision engineering and cutting-edge technology, the SSI-127 ensures a secure and controlled environment for handling biological materials, protecting both personnel and samples with uncompromising efficiency. At its heart, the SSI-127 features a robust stainless steel body, providing durability, corrosion resistance, and ease of cleaning essential for maintaining a sterile laboratory environment. This construction not only enhances longevity but also ensures compliance with strict hygiene standards, critical for handling sensitive biological agents safely. Equipped with high-efficiency particulate air (HEPA) filtration systems, the SSI-127 offers superior containment of airborne contaminants, including bacteria, viruses, and other hazardous particles. These filtration systems create a laminar airflow within the cabinet, directing potentially harmful agents away from the operator and preventing cross-contamination between samples. The SSI-127 incorporates advanced safety features, including an intuitive control panel for easy operation and monitoring of cabinet functions. Integrated alarms alert users to any deviations from set parameters, ensuring prompt action to maintain a safe working environment. Additionally, the cabinet is equipped with UV-C germicidal lamps, providing an extra layer of sterilization to prevent the buildup of microbial contaminants within the workspace. Designed with ergonomics in mind, the SSI-127 offers a spacious work area with adjustable shelving and convenient access ports for efficient sample handling. Its sleek and modular design optimizes laboratory space while maximizing user comfort and productivity. Furthermore, the SSI-127 complies with international standards and regulations for biological safety cabinets, providing users with confidence in its performance and reliability. Regular maintenance and certification services ensure ongoing compliance and operational integrity, safeguarding both personnel and experimental integrity.

Material : Stainless Steel

Type of Product : Biological Safety Cabinet

Model No : SSI-127

Power Source : Electric Corded

Filter Type : HEPA Filter

Application Area : Laboratories

Motor Power (HP) : 1/4 HP

Light : Fluorescent Light

Panel Material : Plexi Glass

Explore other Variants (3)

Ships within 15 days

U-Tech 20°C Stainless Steel Chest Type Deep Freezer SSI-120

By U-Tech

₹2,12,399 - ₹4,12,999

The U-Tech 20°C Stainless Steel Chest Type Deep Freezer, designated as SSI-120, stands as a robust and essential piece of equipment ideally suited for various laboratory, research, and industrial applications. Engineered with precision and reliability in mind, this freezer offers a controlled environment necessary for preserving biological samples, reagents, and other temperature-sensitive materials at ultra-low temperatures, ensuring their long-term stability and integrity. Crafted from high-quality stainless steel, the SSI-120 boasts exceptional durability and corrosion resistance, making it suitable for use in demanding laboratory and industrial settings. Its chest-type design maximizes storage capacity while minimizing the freezer's footprint, allowing for efficient utilization of space within the laboratory or storage facility. With a temperature range of -20°C, the SSI-120 provides a consistently cold environment ideal for the preservation of a wide range of biological specimens, including cells, tissues, vaccines, enzymes, and other temperature-sensitive materials. The freezer is equipped with a precision temperature control system that ensures uniform cooling throughout the interior, maintaining stable conditions to prevent sample degradation and ensure long-term viability. The freezer features a robust insulation system and airtight seals, which help minimize temperature fluctuations and energy consumption while maximizing temperature stability. This ensures reliable performance and consistent storage conditions, even in challenging environmental conditions or during power outages. Equipped with user-friendly controls and digital temperature displays, the SSI-120 enables easy monitoring and adjustment of freezer settings, allowing users to maintain precise temperature levels as needed for their specific storage requirements. The intuitive interface provides real-time feedback on temperature status, alerting users to any deviations and ensuring timely intervention to safeguard valuable samples. Safety features integrated into the design of the SSI-120 include door locks and audible alarms, providing added security and peace of mind in the storage of critical samples and materials. These safeguards help prevent unauthorized access and alert staff to any potential issues or temperature fluctuations, minimizing the risk of sample loss or damage.

Type of Product : Chest Deep Freezer

Voltage : 220-230 V

Material : Stainless Steel

Model No : SSI-120

Insulation Material : High Grade PUF Insulation

Application Area : Laboratories

Compressor Type : Hermetically Sealed Compressor

Explore other Variants (4)

Ships within 15 days

U-Tech PID Controller Microprocessor for Dual Chamber Seed Germinator SSI-118

By U-Tech

₹33,039  

U-Tech PID Controller Microprocessor for Dual Chamber Seed Germinator SSI-118 is a device that utilizes a microprocessor to implement a PID (Proportional-Integral-Derivative) control algorithm for precise and accurate control of a system's output. It is commonly used in various industrial processes, automation systems, and robotics applications.
The PID control algorithm is a widely used control technique that aims to maintain a desired setpoint by continuously adjusting the system's output based on feedback from sensors. It calculates control signals by considering three components: proportional, integral, and derivative.
The microprocessor in a PID controller plays a crucial role in executing the PID algorithm. It receives input signals from sensors that measure the system's output and compares it to the desired setpoint. The microprocessor then processes this information using the PID algorithm to calculate the appropriate control signal.
The proportional component of the PID algorithm provides an output proportional to the difference between the setpoint and the measured value. The integral component integrates the error over time, which helps to eliminate steady-state errors. The derivative component considers the rate of change of the error, providing a control action based on the rate of error change. By combining these three components, the PID controller microprocessor adjusts the system's output in a balanced and responsive manner.
The microprocessor in a PID controller allows for flexibility and adaptability. It can be programmed to fine-tune the PID algorithm parameters, such as the proportional, integral, and derivative gains, to optimize the controller's performance for a specific system. These parameters can be adjusted to achieve desired control objectives, such as minimizing overshoot, reducing settling time, or maintaining stability.
PID controller microprocessors often include additional features to enhance their functionality and ease of use. These may include digital displays for monitoring system parameters, user interfaces for configuring settings and setpoints, communication ports for data exchange with other devices or systems, and built-in diagnostics for fault detection and troubleshooting.
The benefits of using a PID controller microprocessor include precise and accurate control of systems, improved stability, reduced errors, and the ability to adapt to changing conditions. They find applications in various fields, such as temperature control, speed regulation, flow control, and position control, where precise control and responsiveness are crucial.
In summary, a PID controller microprocessor is a device that utilizes a microprocessor to implement the PID control algorithm for precise and accurate control of a system's output. It calculates control signals based on feedback from sensors and adjusts the system's output in a balanced and responsive manner. PID controller microprocessors offer flexibility, adaptability, and improved control performance, making them valuable tools in industrial processes, automation systems, and robotics applications.

Add to Cart Buy Now

Ships within 15 days

U-Tech Stainless Steel Heating Humidity and Temperature Control Cabinet SSI-116

By U-Tech

₹2,12,399 - ₹2,59,599

The U-Tech Stainless Steel Heating Humidity and Temperature Control Cabinet SSI-116 represents the pinnacle of precision storage solutions, engineered to cater to the exacting demands of scientific research, pharmaceutical, and industrial applications. With its superior construction and advanced features, the SSI-116 offers unparalleled control over temperature and humidity levels, ensuring the optimal preservation of sensitive samples, specimens, and materials. At its core, the SSI-116 features state-of-the-art heating elements that provide precise and uniform temperature regulation throughout the cabinet's interior. This capability is essential for maintaining the integrity and stability of stored materials, particularly in applications where elevated temperatures are required for optimal storage conditions. Whether it's incubating biological samples, accelerating chemical reactions, or conducting temperature-sensitive experiments, users can rely on the SSI-116 to deliver consistent and reliable performance. In addition to its heating capabilities, the SSI-116 incorporates advanced humidity control mechanisms, allowing users to create customized environments tailored to the specific requirements of their applications. By offering adjustable humidity settings, the cabinet empowers users to maintain optimal moisture levels, essential for preserving the quality and viability of stored materials over extended periods. This level of control ensures that delicate samples remain protected from dehydration or degradation, even in the most demanding environments. Constructed from high-quality stainless steel, the SSI-116 is built to withstand the rigors of daily use while providing a hygienic and easy-to-clean environment for stored items. Its robust design ensures durability and longevity, making it a reliable asset for research laboratories, pharmaceutical facilities, and industrial settings alike. The SSI-116 is equipped with advanced monitoring and control systems, allowing users to program and monitor temperature and humidity levels with precision. An intuitive interface facilitates ease of operation, while real-time monitoring capabilities provide users with valuable insights into storage conditions, ensuring the safety and integrity of stored materials at all times. With its spacious interior and compact footprint, the SSI-116 offers ample storage capacity without sacrificing valuable laboratory space. Its sleek design and ergonomic features make it a seamless addition to any workspace, enhancing productivity and efficiency.

Accuracy : ±3°C

Voltage : 220-230 V

Type of Product : Heating Humidity and Temperature Control Cabinet

Model No : SSI-116

Ambient Temperature : 60°C

Outer Material : Mild Steel

Application Area : Laboratories

Inner Material : Stainless Steel

Humidity : Atmospheric: 95% at ± 3%

Operating Temperature : 5°C or Above

Insulation Material : Special Grade Glass Wool Insulation

Explore other Variants (3)

Ships within 15 days

U-Tech 5 to 70°C Stainless Steel Orbital Shaking Bacteriological Incubator SSI-115

By U-Tech

₹3,77,599  

U-Tech 5 to 70°C Stainless Steel Orbital Shaking Bacteriological Incubator SSI-115 is a specialized piece of laboratory equipment designed to provide controlled and optimal conditions for the growth and cultivation of microorganisms. It combines the features of an incubator, which provides temperature control, with an orbital shaking mechanism, which ensures uniform mixing and aeration of the culture.
The primary function of an orbital shaking bacteriological incubator is to create a favorable environment for the growth of bacteria, yeast, and other microorganisms. It maintains a constant temperature within a specified range, typically between 25 to 45 degrees Celsius, which is ideal for the growth of most bacteria. The temperature control system in the incubator ensures precise and stable temperature conditions for consistent and reliable results.
The orbital shaking mechanism of the incubator provides gentle agitation to the culture, ensuring even distribution of nutrients, gases, and metabolites. This promotes uniform growth and prevents sedimentation or clumping of cells. The shaking motion can be adjusted to different speeds and modes, such as continuous or intermittent, to meet specific experimental requirements.
The incubator is equipped with shelves or racks to hold the culture vessels, such as flasks, tubes, or plates. These vessels contain the growth medium and the microorganisms being cultured. The incubator's design often includes a transparent door or window for easy observation of the cultures without disturbing the incubation conditions.
Orbital shaking bacteriological incubators offer several advantages in microbiology and biotechnology research. They allow for the cultivation of large volumes of microbial cultures in a controlled and reproducible manner. The shaking motion enhances oxygen transfer, which is essential for aerobic microorganisms. It also helps in mixing nutrients, facilitating uniform growth and metabolite production. The incubators are commonly used in applications such as cell culture, fermentation studies, production of biomolecules, and drug discovery research.
Additional features may be present in orbital shaking bacteriological incubators to enhance functionality and usability. These may include programmable controls for temperature and shaking parameters, digital displays for monitoring and adjusting settings, alarms for temperature deviations or power failures, and data logging capabilities for recording and analyzing incubation conditions.
In summary, an orbital shaking bacteriological incubator is a specialized laboratory equipment that combines temperature control with an orbital shaking mechanism. It provides optimal conditions for the growth and cultivation of microorganisms by maintaining a constant temperature and ensuring uniform mixing and aeration of the culture. Orbital shaking bacteriological incubators are widely used in microbiology and biotechnology research for applications such as cell culture and fermentation studies. They offer benefits such as enhanced growth and reproducibility, facilitating research and experimentation in the field of microbiology.

Add to Cart Buy Now

Ships within 15 days

U-Tech Automatic Low Water Level Cut Off Device for High Pressure Vertical Autoclave SSI-102

By U-Tech

₹14,159  

The U-Tech Automatic Low Water Level Cut Off Device is a specialized safety feature designed for the SSI-102 model of a high-pressure vertical autoclave. This device is responsible for monitoring the water level inside the autoclave chamber and automatically cutting off the power supply when the water level drops below a safe threshold.
The primary purpose of this device is to prevent dry heating, which can cause damage to the autoclave and pose a safety risk. Dry heating occurs when the heating elements or steam generator operate without sufficient water in the chamber. By cutting off the power supply, the device protects the equipment from overheating, potential damage, and reduces the risk of fire or electrical hazards.
Furthermore, the Automatic Low Water Level Cut Off Device helps to preserve the longevity of the autoclave components. By ensuring that the autoclave operates with an adequate water supply, it helps to maintain the integrity of the heating elements and other critical parts, reducing maintenance costs and extending their lifespan.
The safety of operators is another important aspect addressed by this device. By preventing the autoclave from operating with low water levels, it reduces the risk of steam leaks, sudden pressure drops, or other hazardous situations that could pose a threat to operators' safety.
Moreover, the device contributes to process efficiency. It prompts operators to replenish the water when the level is low, ensuring that sterilization cycles are not initiated without sufficient water. This helps to maintain the efficiency and effectiveness of the sterilization process.
In summary, the U-Tech Automatic Low Water Level Cut Off Device for the SSI-102 high-pressure vertical autoclave is a crucial safety feature. It prevents dry heating, protects equipment, preserves component longevity, ensures operator safety, and maintains process efficiency by monitoring and maintaining the water level within safe parameters.

Add to Cart Buy Now

Ships within 15 days

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

By U-Tech

₹42,479 - ₹1,76,999

The U-Tech Double Stage Rotary Vacuum Pump With Equivalent Motor SSI-172 is a high-performance and versatile vacuum pump designed for a wide range of laboratory and industrial applications. Combining efficiency, durability, and precision, this vacuum pump is engineered to meet the demanding requirements of scientific research, analytical chemistry, and industrial processes. Featuring a double-stage rotary design, this vacuum pump provides enhanced vacuum performance compared to single-stage models. The dual-stage configuration allows for greater vacuum depth and efficiency, making it ideal for applications such as vacuum filtration, degassing, distillation, and vacuum drying. Equipped with an equivalent motor, the SSI-172 vacuum pump delivers reliable and consistent performance, ensuring optimal vacuum levels with precision and accuracy. The powerful motor drives the rotary vane mechanism, generating the necessary vacuum for a wide range of laboratory processes. The vacuum pump is designed for user convenience, with intuitive controls and easy-to-read indicators for monitoring vacuum levels and operational status. Safety features such as overheat protection and automatic shut-off mechanisms ensure operator safety and equipment protection during operation. Constructed from high-quality materials and precision-engineered components, the U-Tech Double Stage Rotary Vacuum Pump With Equivalent Motor SSI-172 offers exceptional durability and longevity, even under continuous use in demanding laboratory environments. Its robust construction and reliable performance make it an indispensable tool for laboratories, research facilities, and industrial settings requiring precise and consistent vacuum capabilities.

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

Explore other Variants (7)

Ships within 15 days

U-Tech Fisher Type Electric Agate Mortar Pestle with German Timer SSI-167

By U-Tech

₹48,379 - ₹56,639

The U-Tech 100 mm Fisher Type Electric Agate Mortar Pestle with German Timer SSI-167 is a laboratory instrument used for grinding, crushing, and mixing solid substances to create fine powders or homogeneous blends. It consists of two main components: the mortar, which is a bowl-shaped container, and the pestle, which is a cylindrical tool used for grinding.
What sets the Fisher Type Electric Agate Mortar Pestle apart is the material it is made of. It is constructed from agate, a naturally occurring form of quartz known for its hardness and resistance to chemical corrosion. Agate is a preferred material in laboratories because it is non-reactive and has low contamination properties, ensuring the integrity and purity of the substances being processed.
The electric aspect of this instrument refers to its motorized functionality. Unlike traditional mortar and pestle sets that require manual grinding, the Fisher Type Electric Agate Mortar Pestle is equipped with an electric motor that rotates the pestle. This automation enables consistent and efficient grinding, saving time and effort for the user.
The electric agate mortar pestle is commonly used in various scientific fields such as chemistry, geology, pharmaceuticals, and materials science. It is particularly useful for grinding samples that are hard, brittle, or temperature-sensitive, as the gentle yet effective grinding action of the agate pestle minimizes the risk of sample damage or contamination.
To operate the Fisher Type Electric Agate Mortar Pestle, the solid substance is placed in the mortar, and the pestle is lowered into the bowl. The motor is then activated, causing the pestle to rotate and grind the sample against the inner surface of the mortar. The speed and duration of grinding can be adjusted to achieve the desired particle size or level of homogeneity.
After grinding, the resulting powder or blend can be collected from the mortar for further analysis, experimentation, or processing. The agate material ensures that the processed substance remains free from impurities introduced during the grinding process.
In summary, the Fisher Type Electric Agate Mortar Pestle is a specialized laboratory tool designed for efficient grinding, crushing, and mixing of solid substances. Its construction from agate provides durability, chemical resistance, and low contamination properties. The electric motorization enhances convenience and productivity in the laboratory, making it a valuable instrument for sample preparation in various scientific disciplines.

Type of Product : Fisher Type Electric Agate Mortar Pestle

Model No : SSI-167

Application Area : Laboratories

Included Components : With German Timer

Voltage : 220 V AC

Timer : Grinding Operation: 60 minutes

Cover Material : Clear Acrylic Cover

Ideal For : Preparing Coal Samples for Calorific Tests

Explore other Variants (2)

Ships within 15 days

U-Tech Coarse Series Round Silver Galvanised Iron 18 Inch Dia Test Sieve, SSI-163 (Aperture Size 2.8-19 mm)

By U-Tech

₹2,713 - ₹2,713

The U-Tech Coarse Series 18 inch Dia Aperture Size Galvanized Iron Test Sieve SSI-163 represents a robust solution for coarse particle analysis in a variety of industrial settings. Engineered with an 18-inch diameter and constructed from galvanized iron, this test sieve embodies durability and reliability, catering to the rigorous demands of particle size analysis. Central to its functionality is the aperture size, carefully calibrated to facilitate accurate analysis of larger particles. This specialized feature ensures consistent and precise results, essential for maintaining quality control standards and informing critical decision-making processes. Constructed from galvanized iron, the sieve boasts exceptional resistance to corrosion and mechanical stress, ensuring prolonged durability even in challenging operating environments. Its sturdy build maintains structural integrity, minimizing the risk of deformations and preserving the accuracy of particle separation. Furthermore, the U-Tech Coarse Series test sieve complies with industry standards, guaranteeing adherence to strict quality benchmarks. Whether employed for quality assurance procedures, research endeavors, or industrial applications, this sieve consistently delivers dependable and reproducible results, instilling confidence in analytical outcomes. The 18-inch diameter provides ample surface area for sieving large volumes of material, enhancing efficiency in particle size analysis workflows. Additionally, compatibility with standard sieve shakers facilitates seamless integration into existing laboratory setups, optimizing operational processes and bolstering productivity. In summary, the U-Tech Coarse Series 18 inch Dia Aperture Size Galvanized Iron Test Sieve SSI-163 combines durability, reliability, and accuracy to meet the diverse requirements of coarse particle analysis across industries. Its robust construction, meticulously calibrated aperture size, and adherence to industry standards make it an indispensable tool for applications requiring precise particle characterization.

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

Explore other Variants (15)

Ships within 15 days

U-Tech Fine Series Round Golden Brass 12 Inch Dia Test Sieve, SSI-162 (Aperture Size 0.6-4.75 mm)

By U-Tech

₹4,837 - ₹7,079

The U-Tech Fine Series Aperture Size 12 inch Dia Brass Frame Test Sieve SSI-162 is a precision instrument designed for accurate particle size analysis in various industries such as pharmaceuticals, chemicals, and food processing. With its 12-inch diameter and brass frame construction, this test sieve offers durability and reliability for demanding applications. The aperture size of the sieve is critical for determining the size distribution of particles in a sample. The U-Tech Fine Series SSI-162 features a specific aperture size tailored to the requirements of fine particle analysis. This ensures consistent and precise results, essential for quality control and research purposes. The brass frame provides excellent resistance to corrosion and wear, prolonging the lifespan of the sieve even in harsh operating conditions. Its robust construction maintains the integrity of the sieve, preventing deformation and ensuring accurate particle separation over time. Additionally, the U-Tech Fine Series test sieve complies with international standards, guaranteeing its accuracy and reliability. Whether used for particle size analysis, quality assurance, or research and development, this sieve offers consistent performance and reproducible results. The 12-inch diameter provides ample surface area for sieving large quantities of material, increasing efficiency in particle size analysis processes. The sieve is also compatible with standard sieve shakers, allowing for seamless integration into existing laboratory setups. In conclusion, the U-Tech Fine Series Aperture Size 12 inch Dia Brass Frame Test Sieve SSI-162 combines precision, durability, and reliability to meet the demands of modern particle size analysis applications. Its quality construction, specific aperture size, and compliance with international standards make it an indispensable tool for industries requiring accurate particle characterization.

Frame Material : Brass

Shape : Round

Diameter (Inch) : 12 Inch

Material : Brass

Color : Golden

Type of Product : Test Sieve

Model No : SSI-162

Application Area : Laboratories

Series : Fine

Explore other Variants (15)

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.

Add to Cart Buy Now

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.

Add to Cart Buy Now

Ships within 15 days

U-Tech Digital Timer for Table Top Sieve Shaker SSI-158

By U-Tech

₹16,519  

U-Tech Digital Timer for Table Top Sieve Shaker SSI-158 is a versatile and essential tool used in laboratory settings to precisely measure and control time intervals for various experiments, processes, and equipment operations. It is designed to provide accurate and reliable timing capabilities with user-friendly features and functionalities.
Digital timers for lab equipment typically consist of a digital display, control buttons or knobs, and various timing modes and settings. The digital display shows the elapsed time or countdown, allowing users to monitor the progress of the timed activity. The control buttons or knobs enable easy adjustment and programming of the desired time intervals.
One of the primary advantages of a digital timer is its high accuracy. These timers are equipped with advanced quartz crystal oscillators or other timekeeping mechanisms that ensure precise time measurements. This accuracy is crucial for experiments or processes that require precise timing, synchronization, or coordination with other lab operations.
Digital timers for lab equipment often provide multiple timing modes and settings to accommodate diverse laboratory needs. These may include countdown mode, count-up mode, interval timing, and programmable presets. Countdown mode allows users to set a specific time duration and monitor the remaining time until completion. Count-up mode measures the elapsed time from a starting point. Interval timing allows for repetitive or periodic timing cycles, such as alternating on/off cycles for equipment operation. Programmable presets enable users to save and recall frequently used timing parameters, enhancing convenience and efficiency in repeated experiments or procedures.
Many digital timers also incorporate additional features, such as audible alarms, visual indicators, and memory functions. Audible alarms can be set to sound when the desired time interval is reached, ensuring timely attention to critical processes or experiments. Visual indicators, such as LED lights or flashing displays, provide clear visual cues to indicate timing status. Memory functions allow users to store and retrieve multiple timing parameters, eliminating the need for repetitive manual input.
Digital timers for lab equipment are compact, portable, and widely compatible with various laboratory devices and instruments. They can be easily integrated into experimental setups or connected to equipment to provide precise timing control and automation. Their versatility and reliability make them indispensable tools for researchers, technicians, and scientists across different scientific disciplines.
In conclusion, digital timers for lab equipment offer accurate and precise timing control for a wide range of laboratory applications. With their user-friendly features, multiple timing modes, and additional functions, they enhance efficiency, accuracy, and convenience in experimental procedures, equipment operations, and time-dependent processes in the lab.

Add to Cart Buy Now

Ships within 15 days

U-Tech 2 L Flocculator Jar Testing Apparatus for Laboratories SSI-152

By U-Tech

₹56,639 - ₹77,879

The U-Tech 2 L Flocculator Jar Testing Apparatus for Laboratories, designated as SSI-152, is a specialized instrument designed to facilitate flocculation and sedimentation tests in laboratory settings. Engineered with precision and efficiency, this apparatus offers researchers and technicians a reliable solution for studying the settling characteristics of suspended particles in water and wastewater treatment processes. At its core, the SSI-152 flocculator jar testing apparatus features a robust construction suitable for laboratory environments. The apparatus typically consists of a set of glass or plastic jars, each equipped with a motorized stirrer and adjustable paddles. These paddles are designed to provide controlled agitation to simulate the mixing and flocculation processes in water treatment plants. The SSI-152 apparatus is capable of accommodating up to 2 liters of water or wastewater samples in each jar, allowing researchers to conduct multiple tests simultaneously. This high throughput capability enables efficient screening of various flocculants, coagulants, or treatment chemicals under different conditions. The motorized stirrers of the SSI-152 flocculator jars offer variable speed control, allowing users to adjust the agitation intensity according to the specific requirements of their experiments. This flexibility enables researchers to simulate different mixing conditions and study the effects on flocculation and sedimentation behavior. User-friendly features are integrated into the design of the SSI-152 flocculator jar testing apparatus to enhance usability and convenience. These features may include digital speed displays, programmable timers, and intuitive controls, facilitating precise control over the testing parameters. Safety is prioritized in laboratory settings, and the SSI-152 apparatus is designed with built-in protections to prevent accidents or sample spillage during operation. Sturdy construction, splash guards, and safety interlocks are some of the safety features implemented to ensure user protection and instrument integrity. Compliance with international standards and regulations is ensured for the SSI-152 flocculator jar testing apparatus, providing users with confidence in its safety and reliability. Rigorous testing and quality control measures are undertaken during manufacturing to guarantee consistent performance and reproducible results.

Model No : SSI-152

Type of Product : Flocculator Jar Testing Apparatus

Capacity : 2 L

Material : Paddles: Stainless Steel

Motor Type : DC Motor

Application Area : Laboratories

Motor Power (HP) : 1/20 HP

Plate Material : Plastic

Motor Speed : 180 rpm

Explore other Variants (3)

Ships within 15 days

U-Tech 1/4 HP Heavy Duty Rotary Flask Shaker, Platform Size 45x45 cm - SSI-146

By U-Tech

₹48,379 - ₹50,739

The U-Tech Heavy Duty Rotary Flask Shaker SSI-146 is a laboratory instrument used for mixing and agitation of liquid samples in flasks. It's commonly used in scientific research, pharmaceutical laboratories, and chemical analysis. Here's a breakdown of its features and functionality: Rotary Motion: This shaker employs a rotary motion to agitate samples. It typically has a platform or tray where flasks can be securely placed, and this platform rotates at a controlled speed to ensure thorough mixing of the contents inside the flasks. Heavy Duty Design: The "Heavy Duty" designation suggests that this shaker is built with durable materials and construction, capable of handling larger volumes or heavier loads compared to standard shakers. This makes it suitable for applications where robustness and reliability are essential. Flask Compatibility: The shaker is designed to accommodate various sizes and types of flasks commonly used in laboratories, such as Erlenmeyer flasks, round-bottom flasks, and culture flasks. It may come with adjustable clamps or holders to secure the flasks in place during agitation. Controlled Speed: The shaker typically offers adjustable speed settings, allowing users to control the rotational speed of the platform according to the requirements of their experiment or application. This enables optimization of mixing conditions for different types of samples. Applications: The Heavy Duty Rotary Flask Shaker is used in a wide range of applications, including cell culture, microbiology, chemical synthesis, and biotechnology. It's particularly useful for mixing reagents, culturing cells, extracting substances, and other processes requiring gentle agitation. SSI-146 Model: The "SSI-146" designation likely refers to a specific model or version of the U-Tech Heavy Duty Rotary Flask Shaker. Different models may have varying capacities, speed ranges, and additional features to meet the diverse needs of laboratory users.

Type of Product : Heavy Duty Rotary Flask Shaker

Material : Platform: Mild Steel

Model No : SSI-146

Voltage : 220-230 V AC

Motor Power (HP) : 1/4 HP

Platform Size : 45 x 45 cm

Usage For : For mixing chemicals

Application Area : Laboratories

Diameter : Orbital: 1.5-2 inch

Motor Speed : 150-200 rpm

Frame Material : Mild Steel

Explore other Variants (6)

Ships within 15 days

U-Tech Stainless Steel Tissue Processing Unit for Laboratories SSI-203

By U-Tech

₹1,53,399  

U-Tech Stainless Steel Tissue Processing Unit for Laboratories SSI-203 is a specialized piece of equipment used in histology laboratories to prepare tissue samples for microscopic examination. It is an integral part of the tissue processing workflow, which involves several steps to convert fresh tissue samples into thin, transparent sections that can be mounted on slides and stained for analysis.
The tissue processing unit typically consists of a series of interconnected containers or compartments that facilitate the sequential immersion of tissue samples in a series of chemical solutions. These solutions, known as histological reagents, help to preserve and prepare the tissue for further analysis. The processing unit may also include an integrated heating system to control the temperature of the reagents.
The tissue processing unit follows a standardized protocol for tissue processing, which involves several steps. The fresh tissue samples are first fixed in a solution such as formalin to preserve their structure and prevent decay. They are then dehydrated by gradually replacing water with alcohol or other organic solvents to remove water from the tissues. Next, the samples are cleared by immersing them in a solvent that renders the tissue transparent. Finally, the tissue samples are infiltrated with a molten paraffin wax to provide support and facilitate the sectioning process.
Throughout the tissue processing workflow, the tissue processing unit ensures that the samples are properly immersed in the reagents for the required amount of time. It maintains a controlled environment to optimize the tissue processing conditions, including temperature, agitation, and timing. This helps to ensure consistent and reliable results.
The tissue processing unit also includes mechanisms for fluid exchange between the containers, such as vacuum or pressure cycles, to facilitate the penetration of the reagents into the tissue. This helps to enhance the quality of tissue fixation, dehydration, clearing, and infiltration.
Once the tissue processing is complete, the processed samples are embedded in paraffin blocks, which are then sectioned using a microtome to obtain thin slices. These sections are mounted on slides, stained, and coverslipped for microscopic examination.
The tissue processing unit requires regular maintenance and calibration to ensure its proper functioning. This includes cleaning the containers, replacing the reagents, and verifying the accuracy of temperature controls and fluid exchange mechanisms. Quality control measures, such as monitoring the processing time, temperature, and the integrity of the processed tissues, are also implemented to ensure the reliability of the processed samples.
In summary, a tissue processing unit is a specialized equipment used in histology laboratories to prepare tissue samples for microscopic examination. It follows a standardized protocol involving tissue fixation, dehydration, clearing, and infiltration. The unit ensures proper immersion of tissue samples in histological reagents, maintains controlled processing conditions, and facilitates fluid exchange between containers. Regular maintenance and quality control are important for ensuring the functionality and reliability of the tissue processing unit. This equipment plays a critical role in the production of high-quality tissue sections for histological analysis in medical research, diagnosis, and education.

Add to Cart Buy Now

Ships within 15 days

U-Tech Battery Operated LCD Digital Calorimeter SSI-308

By U-Tech

₹27,139 - ₹36,579

The U-Tech Battery Operated LCD Digital Calorimeter SSI-308 is a state-of-the-art instrument designed for precise and efficient calorimetric measurements in various laboratory settings. Engineered with advanced technology and user-friendly features, the SSI-308 provides researchers, scientists, and technicians with a reliable tool for determining the heat released or absorbed during chemical reactions with high accuracy and sensitivity. At its core, the SSI-308 digital calorimeter features a compact and portable design, making it ideal for use in both laboratory and field environments. The instrument is powered by batteries, eliminating the need for external power sources and allowing for convenient operation wherever it is needed. The LCD digital display provides real-time readouts of calorimetric measurements, allowing users to monitor experiments and obtain results quickly and efficiently. The clear and intuitive interface makes it easy to navigate through menus and settings, enabling seamless operation by users of all skill levels. The SSI-308 calorimeter is equipped with advanced sensors and detection mechanisms to ensure accurate and reliable measurements of heat flow during chemical reactions. The instrument is capable of detecting even small changes in temperature, allowing for precise determination of heat changes with high sensitivity. One of the key features of the SSI-308 digital calorimeter is its versatility, allowing for a wide range of calorimetric experiments and analyses. Whether measuring the heat of combustion, reaction enthalpies, or calorific values of substances, the SSI-308 provides researchers with the flexibility to perform various types of calorimetric measurements with ease. The battery-operated design of the SSI-308 digital calorimeter offers several advantages, including portability, flexibility, and independence from external power sources. This allows researchers to conduct calorimetric measurements in remote locations or environments where access to electricity may be limited. Safety is a top priority in laboratory settings, and the SSI-308 digital calorimeter is designed with built-in safety features to ensure user protection during experiments. These features may include overheat protection, automatic shutdown mechanisms, and sturdy construction to prevent accidents or damage to the instrument. Compliance with international standards and regulations is ensured for the SSI-308 digital calorimeter, providing users with confidence in its performance and reliability. Rigorous testing and quality control measures are implemented during manufacturing to guarantee accurate and reproducible results.

Type of Product : Digital Calorimeter

Model No : SSI-308

Power Source : Battery Powered

Material : Plastic

Color : White

Display Type : LED

Application Area : Laboratories

Explore other Variants (3)

Ships within 15 days

U-Tech 375 mm Stainless Steel Pipette Washer for Laboratories SSI-192

By U-Tech

₹20,059  

U-Tech 375 mm Stainless Steel Pipette Washer for Laboratories SSI-192 is a laboratory instrument used for automated cleaning and rinsing of pipettes. It is designed to streamline the pipette cleaning process, ensuring thorough and efficient removal of contaminants such as residues, chemicals, or biological substances.
The pipette washer consists of a chamber or compartment where the pipettes are placed, and a system of nozzles or jets that spray cleaning solutions or water onto the pipettes. The instrument may have multiple compartments to accommodate different sizes and types of pipettes.
The operation of a pipette washer involves several steps. First, the pipettes are placed in the designated compartment, either individually or in a rack. The washing program is selected, specifying the type and duration of cleaning cycles. The pipette washer then automatically starts the cleaning process.
During the cleaning cycle, the washer sprays cleaning solutions or water onto the pipettes, effectively removing any contaminants. Some pipette washers have adjustable spray pressure and temperature settings, allowing for customization based on the cleaning requirements of different pipettes.
In addition to the washing cycle, pipette washers often include rinsing and drying cycles. The rinsing cycle helps to remove any residual cleaning solution or detergent from the pipettes, while the drying cycle uses forced air or other methods to dry the pipettes thoroughly.
The use of a pipette washer offers several advantages over manual cleaning methods. It saves time and labor, as multiple pipettes can be cleaned simultaneously, allowing researchers and technicians to focus on other tasks. The automated process also ensures consistent and thorough cleaning, reducing the risk of cross-contamination between samples.
Pipette washers are compatible with various cleaning solutions and detergents, allowing for flexibility in meeting specific cleaning requirements. Additionally, they help to extend the lifespan of pipettes by minimizing physical handling and reducing the potential for damage.
Proper maintenance and regular cleaning of the pipette washer are essential to ensure its optimal performance and longevity. It is important to follow manufacturer guidelines for maintenance, such as cleaning the washer's nozzles and filters, and regularly checking for any clogs or malfunctions.
In summary, a pipette washer is a laboratory instrument used for automated cleaning and rinsing of pipettes. It offers time-saving, efficient, and consistent cleaning of multiple pipettes simultaneously. The washer's operation involves spraying cleaning solutions or water onto the pipettes, with optional rinsing and drying cycles. It helps to maintain cleanliness, reduce cross-contamination, and extend the lifespan of pipettes. Proper maintenance and cleaning are necessary to ensure the performance and longevity of the pipette washer.

Add to Cart Buy Now

Ships within 10 days

U-Tech Automatic Low Water Level Cut Off Device for Electrically Heated Distillation Apparatus SSI-141

By U-Tech

₹11,209  

U-Tech Automatic Low Water Level Cut Off Device for Electrically Heated Distillation Apparatus SSI-141 is a safety feature commonly used in steam boilers to prevent damage caused by low water levels. It is designed to shut off the boiler's heating elements or fuel supply when the water level in the boiler drops below a specified threshold. This device helps to ensure the safe and efficient operation of the boiler system.
The purpose of a low water level cut-off device is to protect the boiler from overheating and potential catastrophic failure. When the water level in the boiler decreases significantly, there is a risk of exposing the heating elements or combustion chamber to excessive heat, which can lead to damage or even explosions. The low water level cut-off device acts as a safeguard by detecting the low water level condition and activating a shutdown mechanism to prevent further heating.
There are different types of low water level cut-off devices available, but they generally work on the principle of conductivity or probe technology. Conductivity-based devices use electrical conductivity to monitor the water level. Electrodes or probes are placed in the boiler's water column, and when the water level drops below a certain point, the electrical conductivity changes. This change triggers the cut-off mechanism, shutting down the heating elements or fuel supply.
Probe-based devices, on the other hand, use the presence or absence of water to detect the water level. The probes are positioned at specific points in the boiler, and when the water level falls below a set level, the absence of water between the probes triggers the cut-off mechanism.
Low water level cut-off devices are crucial for boiler safety and are often required by regulations and codes. They provide an added layer of protection against accidents and equipment damage due to low water levels. Regular maintenance and testing of these devices are essential to ensure their proper functioning and reliability.
In conclusion, a low water level cut-off device is a vital safety component in steam boilers. Its primary function is to detect and respond to low water levels, preventing overheating and potential boiler failure. By shutting off the heating elements or fuel supply, these devices help maintain safe and efficient operation of the boiler system, protecting both equipment and personnel.

Add to Cart Buy Now

Previous Next

Page 1 of 8 results