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

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.

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

Ships within 8 days

U-Tech 3500 rpm Medico Centrifuge SSI-208

By U-Tech

₹5,899 - ₹21,239

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

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

Ships within 8 days

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

By U-Tech

₹17,699

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

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

Ships within 8 days

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

By U-Tech

₹24,779 - ₹33,039

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

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

Ships within 6 days

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

By U-Tech

₹50,739

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

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

Ships within 10 days

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

By U-Tech

₹2,71,399

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

U-Tech Emulsifier Homogenizer With 1/4 HP Heavy Duty Motor and Speed Regulator SSI-155

Ships within 15 days

U-Tech Emulsifier Homogenizer With 1/4 HP Heavy Duty Motor and Speed Regulator SSI-155

By U-Tech

₹66,079

U-Tech 5 L -40°C Mild Steel Freeze Dryer Lyophilizer for Laboratories SSI-122

Ships within 15 days

U-Tech -40 to -80°C Mild Steel Freeze Dryer Lyophilizer for Laboratories SSI-122

By U-Tech

₹8,28,870 - ₹15,28,229

The U-Tech -40 to -80°C Mild Steel Freeze Dryer Lyophilize for Laboratories SSI-122 is an advanced and reliable freeze-drying system designed for laboratory applications. Engineered with precision and durability, this lyophilize offers researchers and scientists a versatile solution for preserving delicate biological samples, pharmaceuticals, and other heat-sensitive materials through the process of freeze-drying. At its core, the SSI-122 freeze dryer features a sturdy mild steel construction that provides durability and stability, ensuring long-term performance in laboratory environments. The mild steel material offers resistance to corrosion and wear, making it suitable for prolonged use and harsh operating conditions. The freeze-drying process involves three main steps: freezing, primary drying (sublimation), and secondary drying (desorption). The SSI-122 lyophilizer is equipped with advanced temperature control and vacuum systems to facilitate each stage of the process efficiently. The lyophilizer is capable of reaching a temperature of 80°C, allowing for effective freeze-drying of a wide range of materials. The precise temperature control ensures uniform drying and preservation of sample integrity, minimizing damage or degradation during the process. The vacuum system of the SSI-122 lyophilizer creates a low-pressure environment within the drying chamber, facilitating the sublimation of ice crystals from the frozen sample. This process removes moisture from the sample without subjecting it to high temperatures, preserving its structure and properties. The SSI-122 lyophilizer is equipped with user-friendly controls and interfaces, allowing researchers to program and monitor the freeze-drying process with ease. The system may feature digital displays, alarms, and data logging capabilities for accurate monitoring and documentation of drying cycles. Safety is a top priority in laboratory settings, and the SSI-122 lyophilizer is designed with built-in safety features to protect both users and samples. These features may include automatic shut-off mechanisms, overheat protection, and sturdy construction to prevent accidents or sample contamination during operation. Compliance with international standards and regulations is ensured for the SSI-122 lyophilizer, providing users with confidence in its safety and reliability. Rigorous testing and quality control measures are implemented during manufacturing to guarantee consistent performance and reproducible results.

Type of Product : Freeze Dryer Lyophilizer

Model No : SSI-122

Voltage : 220-230 V AC

Application Area : Laboratories

Outer Material : Mild Steel

Coil Type : Copper

U-Tech 38 mm x 20 Tubes Heating Block for Kjeldahl Digestion Unit SSI-183

Ships within 15 days

U-Tech 38 mm x 20 Tubes Heating Block for Kjeldahl Digestion Unit SSI-183

By U-Tech

₹1,03,839

U-Tech 38 mm x 20 Tubes Heating Block for Kjeldahl Digestion Unit SSI-183 is a laboratory device used to provide controlled and uniform heating to samples or vessels placed within it. It is widely used in scientific research, analytical chemistry, and various other laboratory applications where precise and consistent temperature conditions are required.
A heating block typically consists of a solid, thermally conductive metal block with one or more cavities or wells to hold the samples or vessels. The block is made of materials such as aluminum, brass, or stainless steel, known for their excellent heat conductivity and stability.
The heating block is equipped with a heating element, usually embedded within the block itself, which provides the necessary heat to raise the temperature of the samples. The heating element is connected to a temperature control system that regulates the heat output and maintains a specific temperature set by the user.
The temperature control system of a heating block can be analog or digital, depending on the model. Analog systems typically use a dial or knob to set the desired temperature, while digital systems offer precise temperature control with a digital display and programmable features. Some advanced heating blocks may also include temperature sensors for feedback control and safety features such as over-temperature protection.
The heating block offers several advantages in laboratory settings. Its main benefit is the ability to provide uniform and consistent heating across all the samples or vessels placed within it. This uniform heating ensures reliable and reproducible results, especially in experiments that require precise temperature control.
Heating blocks are commonly used for applications such as sample preparation, enzyme reactions, DNA amplification (PCR), protein denaturation, and various chemical reactions. They are also used for maintaining constant temperatures during incubation or to facilitate temperature-dependent processes.
The versatility of heating blocks is enhanced by the availability of interchangeable blocks or inserts. These inserts can be easily swapped in and out of the heating block to accommodate different sample sizes or vessel types, such as tubes, vials, microplates, or cuvettes.
In summary, a heating block is a laboratory device used for controlled and uniform heating of samples or vessels. It provides precise temperature control, ensuring reliable and consistent results in various scientific and analytical applications. The versatility of heating blocks, along with their interchangeable inserts, makes them a valuable tool in laboratory settings where accurate temperature conditions are essential.

U-Tech 300 lpm 1 HP Double Stage Rotary Vacuum Pump With Equivalent Motor SSI-172

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

U-Tech Yoder Type Wet Sieve Shaker With GI Tank for 2 Sets SSI-161

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

U-Tech 500 ml Flask 45 x 45 cm Heavy Duty Rotary Flask Shaker SSI-146

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

U-Tech 8 Filter Battery Operated LCD Digital Calorimeter SSI-308

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

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

Ships within 10 days

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

By U-Tech

₹2,83,199

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

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

Ships within 10 days

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

By U-Tech

₹4,12,999

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

U-Tech 20 cm Dia Hot Plate With Cast Iron Top SSI-176

Ships within 15 days

U-Tech 20 cm Dia Round Hot Plate With Cast Iron Top, SSI-176

By U-Tech

₹5,309 - ₹6,607

The U-Tech SSI-176 is a versatile and reliable hot plate designed for both professional and home use. Featuring a 20 cm diameter round cast iron top, this hot plate ensures even heat distribution and superior durability. The robust cast iron surface is ideal for a variety of cooking tasks, from simmering sauces to searing meats, providing consistent performance.
Equipped with adjustable temperature controls, the U-Tech SSI-176 allows for precise heat management, catering to different cooking needs. The compact design makes it a convenient addition to any kitchen, whether you’re in a small apartment or a bustling commercial space. Its sturdy construction and easy-to-clean surface add to its practicality, making it a great choice for everyday cooking or as an extra burner during large meal preparations.
The hot plate’s user-friendly interface and reliable heating elements ensure a seamless cooking experience, while its sleek design complements any kitchen décor. For those seeking a dependable and efficient hot plate, the U-Tech 20 cm Round Hot Plate with Cast Iron Top, SSI-176, delivers exceptional performance and versatility.

Shape : Round

Voltage : 220-230 V

Type of Product : Hot Plate

Model No : SSI-176

Material : PCRC Sheet

Diameter : 20 cm

Country of Origin : India

Wattage : 1500 W

Power Source : Electric Corded

Application Area : Laboratories

Plate Material : Cast Iron

Coating : Duly Powder Coated Paint

Name of Manufacturer/Packer/Importer : KRISHNA ENTERPRISES

U-Tech 3 L Deluxe Glass Yarn Heating Mantle With Energy Regulator for Laboratories SSI-178

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U-Tech Deluxe Glass Yarn Heating Mantle With Energy Regulator for Laboratories SSI-178

By U-Tech

₹4,247 - ₹20,059

The U-Tech SSI-178 Deluxe Glass Yarn Heating Mantle with Energy Regulator is an advanced heating accessory tailored for laboratory applications. Crafted with precision and durability in mind, this deluxe heating mantle offers efficient and uniform heating for various types of laboratory glassware. Equipped with an energy regulator, the SSI-178 heating mantle provides precise control over the heating temperature, allowing researchers to maintain optimal conditions for their experiments. This feature enhances experimental accuracy and reproducibility, ensuring consistent results across different heating tasks. The glass yarn construction of the heating mantle ensures even heat distribution, enabling uniform heating of laboratory glassware such as flasks, beakers, and round-bottomed vessels. This ensures thorough and efficient heating, essential for a wide range of laboratory applications including distillation, reflux, and heating of reaction mixtures. Designed for safety and reliability, the SSI-178 deluxe heating mantle offers protection against overheating and electrical hazards. Its robust construction and high-quality materials ensure durability and longevity, even under prolonged heating cycles. The deluxe heating mantle is suitable for use in various laboratory settings, providing researchers with a versatile heating solution for their experimental needs. Its user-friendly design and easy-to-use energy regulator make it ideal for both routine heating tasks and more complex experimental procedures. In summary, the U-Tech SSI-178 Deluxe Glass Yarn Heating Mantle with Energy Regulator is a reliable and efficient heating accessory for laboratory applications. With its precise temperature control, uniform heating capabilities, and safety features, this deluxe heating mantle is an indispensable tool for scientific research and experimentation.

Type of Product : Heating Mantle

Voltage : 220-230 V AC

Model No : SSI-178

Material : Aluminium

Heating Element Material : Glass Yarn

Power Source : Electric Corded

Application Area : Laboratories

Coating : Duly Stoving

Class : Deluxe

U-Tech Fine Series 0.125 mm Aperture Size 203.2 mm (8 Inch) Dia Brass Frame Test Sieve SSI-162

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

U-Tech Penetrometer Apparatus With Container and Weight Having Penetration Needle SSI-405

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U-Tech Penetrometer Apparatus With Container and Weight Having Penetration Needle SSI-405

By U-Tech

₹37,759

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

U-Tech Microprocessor PID Controller for Rectangular Water Bath SSI-131

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U-Tech Microprocessor PID Controller for Rectangular Water Bath SSI-131

By U-Tech

₹17,699

U-Tech Microprocessor PID Controller for Rectangular Water Bath SSI-131 is an advanced electronic device used for precise and accurate control of temperature, pressure, flow, or other process variables in various industrial and scientific applications. PID stands for Proportional-Integral-Derivative, which are the three control actions implemented by the controller to maintain a desired setpoint.
The microprocessor PID controller consists of a microprocessor unit, input and output modules, a display interface, and control algorithms. It continuously monitors the process variable using input sensors and calculates the appropriate control action to maintain the desired setpoint.
The Proportional action adjusts the output of the controller in proportion to the error between the setpoint and the measured value. The Integral action adds a corrective component based on the accumulated error over time, which helps eliminate steady-state errors. The Derivative action predicts the rate of change of the process variable and provides a corrective action to stabilize the system.
The microprocessor unit in the PID controller processes the input sensor signals, executes the control algorithms, and generates the output signal to the control element, such as a heater, valve, or motor. It utilizes the PID control algorithm to compute the appropriate control output based on the current error, past errors, and rates of change.
The input and output modules of the controller interface with various sensors and actuators, allowing the controller to receive accurate measurements of the process variable and send control signals to the control element. These modules are typically designed to support different types of sensors and actuators, such as thermocouples, pressure transducers, or analog voltage/current signals.
The display interface of the microprocessor PID controller provides a visual representation of the current process variable, setpoint, and other relevant parameters. It allows the user to monitor the system's performance and make adjustments to the setpoint or control parameters if necessary.
The advantages of using a microprocessor PID controller include its ability to provide precise and stable control over a wide range of process variables, adaptability to different systems, and flexibility in tuning control parameters. The microprocessor technology allows for faster computation and more sophisticated control algorithms, resulting in improved system performance and energy efficiency.
In summary, a microprocessor PID controller is an advanced electronic device that utilizes the Proportional-Integral-Derivative control actions to maintain a desired setpoint in various industrial and scientific applications. It provides accurate and precise control of process variables through continuous monitoring, computation, and adjustment of control signals. The microprocessor technology enhances the performance and flexibility of the controller, making it a crucial tool for process control and automation.

U-Tech COD Digestion Apparatus for Laboratories SSI-184

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U-Tech COD Digestion Apparatus for Laboratories SSI-184

By U-Tech

₹90,859

U-Tech COD Digestion Apparatus for Laboratories SSI-184 is a specialized laboratory instrument used for the determination of the chemical oxygen demand of water samples. It is an essential tool in environmental analysis, wastewater treatment, and pollution monitoring.
The COD of a water sample is a measure of the amount of oxygen required to chemically oxidize the organic and inorganic substances present in the sample. It is an important parameter used to assess the level of organic pollutants and the overall water quality.
The COD digestion apparatus typically consists of a digestion reactor or digestion tube, a heating element, a temperature control system, and a condensation system. The digestion reactor is a glass vessel designed to hold the water sample and the reagents necessary for the oxidation process. It is often sealed to prevent the loss of volatile components during digestion.
The heating element and temperature control system ensure precise and uniform heating of the digestion vessel. The temperature is typically maintained at around 150-170 degrees Celsius, which is necessary to facilitate the complete oxidation of organic compounds. The condensation system helps collect any volatile compounds that may be released during digestion.
The digestion process involves the addition of specific chemical reagents, such as potassium dichromate and sulfuric acid, to the water sample. These reagents act as strong oxidizing agents, facilitating the breakdown of organic compounds and the release of oxygen. The released oxygen is then measured using a colorimetric or titration method to determine the COD value of the sample.
The COD digestion apparatus allows for efficient and controlled digestion of water samples, ensuring complete oxidation of organic matter within a relatively short period. The instrument is designed to handle multiple samples simultaneously, making it suitable for high-throughput analysis.
The accurate determination of COD is crucial in various applications, including wastewater treatment process optimization, industrial effluent monitoring, and environmental impact assessments. It helps in evaluating the efficiency of treatment processes, detecting sources of pollution, and ensuring compliance with regulatory standards.
In conclusion, the COD digestion apparatus is a specialized laboratory instrument used for the determination of chemical oxygen demand in water samples. It enables efficient and controlled digestion of samples, facilitating the oxidation of organic compounds. The instrument plays a vital role in environmental analysis and water quality assessment, providing valuable information for wastewater treatment, pollution monitoring, and regulatory compliance.

U-Tech 75 mm Fisher Type Electric Agate Mortar Pestle with German Timer SSI-167

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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

U-Tech Coarse Series 203.2 mm (8 Inch) Dia 6.3 mm Aperture Size Brass Test Sieve SSI-163

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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

U-Tech Digital Timer for Rotap Sieve Shaker SSI-160

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U-Tech Digital Timer for Rotap Sieve Shaker SSI-160

By U-Tech

₹17,699

U-Tech Digital Timer for Rotap Sieve Shaker SSI-160 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.

U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Rotap Sieve Shaker SSI-160

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U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Rotap Sieve Shaker SSI-160

By U-Tech

₹1,41,599

The U-Tech 8 Inch Dia Sieve 0.25 HP Motor Power Rotap Sieve Shaker SSI-160 is a specialized laboratory instrument used for particle size analysis and grading of granular materials. It is widely used in industries such as mining, construction, pharmaceuticals, and agriculture to determine the distribution of particle sizes in a sample.
The Rotap sieve shaker consists of a circular, horizontal platform that holds a stack of sieves. The sieves are stacked in ascending order of mesh size, with the coarsest sieve at the top and the finest sieve at the bottom. The sample to be analyzed is placed on the top sieve.
During operation, the Rotap sieve shaker applies a gyratory motion to the sieve stack. The platform rotates and taps the sieve stack simultaneously, causing the particles to move and reorient within the sieves. This motion facilitates the passage of smaller particles through the sieve openings while retaining larger particles. The shaking action effectively separates the sample into different size fractions based on particle size.
The Rotap sieve shaker offers several advantages over manual sieving methods. It provides consistent and reproducible results by ensuring uniform agitation and tapping of the sieve stack. This reduces operator variability and enhances the accuracy and reliability of particle size analysis.
The sieve stack in the Rotap sieve shaker is typically composed of standard test sieves, which conform to specific mesh size standards, such as ASTM or ISO. These sieves are made of high-quality stainless steel or brass and have precise mesh openings. The use of standardized sieves enables comparability and consistency in particle size analysis across different laboratories.
The Rotap sieve shaker is equipped with a timer or an automatic shut-off feature, allowing users to set a specific sieving duration. This ensures consistent sieving time across different samples and eliminates the need for manual monitoring.
After sieving, the retained particles on each sieve are carefully collected, weighed, and analyzed to determine the percentage of each size fraction in the sample. This information is critical for various applications, including quality control, material characterization, and process optimization.
In summary, the Rotap sieve shaker is a specialized laboratory instrument used for particle size analysis and grading of granular materials. Its gyratory motion and tapping action effectively separate particles into different size fractions. The use of standardized sieves, consistent agitation, and automatic timing features ensure accuracy and reproducibility in particle size analysis. The Rotap sieve shaker is a valuable tool in various industries, contributing to quality assurance, product development, and scientific research.

U-Tech Fine Series 0.6 mm Aperture Size 304.8 mm (12 Inch) Dia Brass Frame Test Sieve SSI-162

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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

U-Tech 100 x 250 ml Flask Capacity 105 x 105 cm Heavy Duty Rotary Flask Shaker SSI-146

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U-Tech 1 HP Heavy Duty Rotary Flask Shaker, Platform Size 105x105 cm - SSI-146

By U-Tech

₹1,41,599 - ₹1,76,999

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 HP

Platform Size : 105 x 105 cm

Usage For : For mixing chemicals

Application Area : Laboratories

Diameter : Orbital: 1.5 to 2 inch

Motor Speed : 150-200 rpm

Frame Material : Mild Steel

U-Tech 5 L Heavy Duty Permanent Magnetic Stirrer With Hot Plate SSI-153

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U-Tech Heavy Duty Permanent Magnetic Stirrer With Hot Plate SSI-153

By U-Tech

₹16,519 - ₹70,799

The U-Tech Heavy Duty Permanent Magnetic Stirrer with Hot Plate SSI-153 is a versatile and robust laboratory instrument designed for simultaneous stirring and heating of liquid samples. Engineered with precision and equipped with advanced features, the SSI-153 provides researchers, chemists, and technicians with a reliable tool for various stirring and heating applications in laboratory settings. At its core, the SSI-153 features a heavy-duty design with a durable hot plate and a powerful permanent magnet stirring system. The hot plate is made of high-quality materials, providing uniform heating across the entire surface and ensuring consistent temperature control for accurate and reproducible results. The permanent magnet stirring system generates a strong magnetic field, allowing for efficient stirring of liquid samples without the need for external stirring rods or moving parts. The SSI-153 offers variable speed control for the magnetic stirrer, allowing users to adjust the stirring speed according to the viscosity and volume of the sample. Precise speed control ensures optimal mixing efficiency and enables users to achieve uniform dispersion and homogenization of samples. The hot plate of the SSI-153 is capable of reaching and maintaining temperatures up to several hundred degrees Celsius, making it suitable for a wide range of heating applications. Whether performing reactions, evaporations, or other heating processes, the hot plate provides reliable and consistent heating performance. Advanced safety features are integrated into the SSI-153 to ensure user protection and operational reliability during stirring and heating operations. Overheat protection mechanisms and safety interlocks prevent overheating and ensure safe operation, even under high-temperature conditions. The SSI-153 is designed for ease of use and maintenance, with intuitive controls and a user-friendly interface that facilitate operation by laboratory personnel. The hot plate is easy to clean and maintain, with a smooth, flat surface that resists spills and facilitates quick cleanup between experiments. Compliance with international standards and regulations is a priority for the SSI-153, ensuring the safety and reliability of laboratory operations. Rigorous quality control measures and testing procedures are implemented to ensure that the magnetic stirrer with hot plate meets the highest standards of performance and reliability.

Type of Product : Heavy Duty Permanent Magnetic Stirrer

Voltage : 220-230 V AC

Model No : SSI-153

Power Source : Electric Corded

Application Area : Laboratories

Included Components : With Hot Plate

U-Tech 220 V AC Abel Flash Point Apparatus for Laboratories SSI-401

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U-Tech 220 V AC Abel Flash Point Apparatus for Laboratories SSI-401

By U-Tech

₹30,679

The U-Tech 220 V AC Abel Flash Point Apparatus for Laboratories SSI-401 is a commonly used instrument for determining the flash point of petroleum products and other flammable liquids. It is widely used in industries such as oil and gas, petrochemicals, and transportation to assess the flammability and safety of various substances.
The Abel flash point apparatus operates based on the principle of the Pensky-Martens closed cup method, which provides a closed environment for the sample being tested. It consists of a metal test cup that is filled with the sample and a lid with an opening through which an ignition source is introduced. The lid is closed tightly to create a sealed chamber.
During the test, the sample is heated gradually using a heating unit attached to the apparatus. The temperature is controlled and monitored using a thermometer inserted into the test cup. At regular intervals, a small flame or spark is introduced through the lid opening. The flash point is determined when a flash or ignition occurs inside the closed cup.
The Abel flash point apparatus adheres to recognized testing standards such as ASTM D3278 and ISO 13736, which provide detailed procedures, apparatus specifications, and safety guidelines. These standards ensure consistent and reliable measurements of the flash point.
The flash point is the lowest temperature at which a substance emits vapors that can ignite momentarily when exposed to an ignition source. It is an important parameter for assessing the flammability and safety of liquids, as it indicates the potential fire hazard associated with the substance.
Accurate flash point measurements are crucial for handling, storage, and transportation of flammable substances. They help determine appropriate safety precautions, including the selection of appropriate storage containers, handling procedures, and fire suppression systems. Flash point data also aids in the classification and labeling of hazardous materials.
Regular calibration and maintenance of the Abel flash point apparatus are essential to ensure accurate and reliable results. Calibration against certified reference materials helps verify the accuracy of the apparatus and identify any deviations. Routine cleaning and inspection are necessary to prevent contamination and ensure optimal performance.
In summary, the Abel flash point apparatus is a widely used instrument for determining the flash point of petroleum products and flammable liquids. It provides critical information for assessing the flammability and safety of substances in various industries. Adhering to recognized standards and employing a closed cup method, this apparatus ensures accurate and reliable flash point measurements. Regular calibration and maintenance are necessary to maintain measurement accuracy and reliability.

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

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

By U-Tech

₹2,713 - ₹4,011

U-Tech IR-15C Spare Low Range Thermometer for Pensky Marten Flash Point Apparatus SSI-402 refers to an additional thermometer kept on hand as a backup or replacement for measuring temperature in various laboratory instruments and processes. It serves as a contingency measure to ensure uninterrupted temperature monitoring and accurate measurements in the event of a malfunction or failure of the primary thermometer.
In a laboratory setting, temperature measurement is crucial for numerous experiments, reactions, and processes. It is essential to have reliable and accurate temperature readings to maintain optimal conditions, ensure experimental reproducibility, and guarantee the safety of personnel and equipment.
By having a spare thermometer readily available, laboratory technicians and researchers can quickly replace a faulty or damaged thermometer without disrupting ongoing procedures or experiments. This ensures minimal downtime and allows for continuity in data collection and analysis.
A spare thermometer for lab equipment can be used in various instruments such as incubators, ovens, refrigerators, water baths, distillation apparatus, and other temperature-controlled devices. It is typically calibrated and validated to ensure accuracy and traceability to recognized standards.
When selecting a spare thermometer, it is important to consider the specific requirements of the laboratory equipment and the measurement range needed. Different thermometers may have varying measurement ranges, resolutions, and accuracies to suit different applications. For example, a mercury-in-glass thermometer might be suitable for some applications, while a digital thermometer with a probe may be more appropriate for others.
Regular calibration and maintenance of both the primary and spare thermometers are essential to ensure accuracy and reliability. Calibrating the thermometers against traceable standards helps verify their accuracy and identify any potential deviations. It is also important to store the spare thermometer properly, protecting it from damage, contamination, and extreme temperature conditions.
In summary, a spare thermometer for laboratory equipment is an additional thermometer kept on hand as a backup or replacement for measuring temperature in various laboratory instruments and processes. It ensures uninterrupted temperature monitoring, allows for quick replacement of faulty thermometers, and maintains accuracy in temperature measurements. By having a spare thermometer available, laboratories can minimize downtime, ensure experimental reproducibility, and maintain the integrity of their research and processes.

Type of Product : Spare Low Range Thermometer

Material : Glass

Model No : SSI-402

Power Source : Electric Corded

Application Area : Laboratories

Usage For : As Accessory

Ideal For : Pensky Marten Flash Point Apparatus

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

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

By U-Tech

₹27,139 - ₹84,959

The U-Tech Digital pH Meter, model SSI-303, is a cutting-edge instrument designed for precise and reliable pH measurement in various applications, including laboratories, industrial processes, and educational environments. This digital pH meter features a high-resolution LCD & LED display, providing clear and accurate readings of pH levels.
The SSI-303 is equipped with advanced electrochemical sensors that ensure accurate measurements across a wide pH range, from 0.00 to 14.00. The meter's intuitive interface includes user-friendly controls for calibration and data logging, allowing for easy operation and maintenance. With automatic temperature compensation, the SSI-303 delivers precise results even in fluctuating temperatures.
Designed for durability and ease of use, the U-Tech SSI-303 features a compact, ergonomic design that fits comfortably in hand or on a laboratory bench. The meter includes a detachable electrode for straightforward cleaning and replacement, enhancing its longevity and reliability.
Additional features of the SSI-303 include automatic calibration with up to three standard buffers, a hold function to freeze readings for convenient recording, and a battery-operated design for portability. Ideal for both routine and complex pH testing, the U-Tech Digital pH Meter SSI-303 is an essential tool for accurate and efficient pH analysis.

Country of Origin : India

Type of Product : pH Meter

Usage For : Testing Water Samples

Model No : SSI-303

Application Area : Laboratories

Name of Manufacturer/Packer/Importer : KRISHNA ENTERPRISES

U-Tech 230 V AC Mild Steel UV Pass Box for Laboratories SSI-207

Ships within 15 days

U-Tech 230 V AC Mild Steel UV Pass Box for Laboratories SSI-207

By U-Tech

₹1,16,819

U-Tech 230 V AC Mild Steel UV Pass Box for Laboratories SSI-207 is a specialized piece of equipment used in laboratories and cleanrooms to transfer items while minimizing the risk of contamination. It provides a controlled environment where items can be passed between two areas without exposing them to external contaminants. The main purpose of a UV pass box is to protect sensitive materials or samples from airborne particles, microorganisms, and other contaminants.
A UV pass box typically consists of a closed chamber with two doors, one on each side. The doors are designed to prevent direct airflow between the two areas. The inner surfaces of the chamber are made of stainless steel or other non-porous materials that are easy to clean and maintain. The pass box is equipped with UV-C germicidal lamps that emit ultraviolet light to disinfect the items being transferred.
The UV-C light emitted by the lamps helps to sterilize the items and the internal surfaces of the pass box. It effectively kills or inactivates microorganisms, including bacteria, viruses, and fungi. The UV-C light works by damaging the DNA or RNA of the microorganisms, preventing their replication and causing their destruction.
To use a UV pass box, the operator places the items to be transferred inside the box and closes the door on one side. The UV-C lamps are then turned on, and the items are exposed to the UV light for a specific period of time. The UV light disinfects the surfaces of the items and eliminates any potential contaminants. After the designated exposure time, the operator can open the door on the other side and retrieve the sterilized items.
UV pass boxes are commonly used in microbiology labs, pharmaceutical manufacturing facilities, food processing plants, and other environments where contamination control is critical. They are especially useful when working with sensitive samples, such as cell cultures, DNA samples, and sterile equipment. The use of UV-C light helps to minimize the risk of cross-contamination and maintain aseptic conditions.
It is important to note that UV pass boxes should be used in conjunction with other good laboratory practices, such as wearing appropriate personal protective equipment, maintaining a clean working environment, and regularly cleaning and disinfecting the pass box. UV light should not be directly exposed to skin or eyes, as it can cause harm. Safety precautions and guidelines provided by the manufacturer should be strictly followed when using a UV pass box.
In summary, a UV pass box is a specialized piece of equipment used to transfer items between two areas while minimizing the risk of contamination. It uses UV-C light to disinfect and sterilize the items being transferred. UV pass boxes are used in laboratories and cleanrooms to protect sensitive materials and maintain aseptic conditions. Proper usage, maintenance, and adherence to safety guidelines are essential when working with a UV pass box.

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

Ships within 10 days

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

By U-Tech

₹4,12,999

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

U-Tech 250 x 125 mm Tissue Flotation Bath for Laboratories SSI-139

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U-Tech 250 x 125 mm Tissue Flotation Bath for Laboratories SSI-139

By U-Tech

₹31,859

U-Tech 250 x 125 mm Tissue Flotation Bath for Laboratories SSI-139 is a specialized laboratory equipment used in histology and pathology laboratories for the preparation of tissue sections. It provides a controlled and consistent temperature environment for the flotation and flattening of tissue samples onto microscope slides.
The tissue floatation bath consists of a water bath with precise temperature control and a platform for holding the microscope slides. The water bath is typically made of stainless steel or high-quality plastic and is filled with water or a specific flotation medium. The temperature control mechanism, usually a digital thermostat or temperature controller, allows the user to set and maintain the desired temperature.
The main purpose of the tissue floatation bath is to provide a warm and stable platform for tissue sections to float on the surface of the water or flotation medium. This floating process aids in the optimal spreading and flattening of the tissue sections, enabling them to adhere uniformly to microscope slides.
To prepare tissue sections, the histotechnologist places the tissue sample onto a water-repellent microscope slide. The slide with the tissue is then placed onto the surface of the water or flotation medium in the tissue floatation bath. The warm temperature of the bath softens the paraffin wax or other embedding medium surrounding the tissue, allowing the tissue section to float on the surface.
The gentle agitation or slight movement of the water bath helps to ensure even distribution of the tissue sections on the slides and minimizes wrinkles or folds. After the desired floating time, the slides are carefully lifted out of the bath, and excess liquid is drained off.
The tissue sections on the slides can then undergo further processing steps, such as staining, immunohistochemistry, or microscopy analysis.
The tissue floatation bath offers several advantages in histology laboratories. It provides consistent and controlled temperature conditions, ensuring the optimal flotation and flattening of tissue sections. The use of a tissue floatation bath helps to prevent tissue damage, distortions, or artifacts during the preparation process, resulting in high-quality and reproducible slides.
In summary, a tissue floatation bath is a specialized laboratory equipment used in histology and pathology laboratories. It provides a controlled temperature environment for the flotation and flattening of tissue sections onto microscope slides. The bath enables optimal tissue section spreading, ensuring high-quality and consistent preparations for subsequent staining and analysis.

U-Tech Chart Type Temperature Recorder for Blood Bank Refrigerator SSI-123

Ships within 15 days

U-Tech Chart Type Temperature Recorder for Blood Bank Refrigerator SSI-123

By U-Tech

₹63,719

U-Tech Chart Type Temperature Recorder for Blood Bank Refrigerator SSI-123 is a device used to monitor and record temperature variations over time. It consists of a circular chart paper that is rotated at a constant speed, along with a temperature sensor and a recording mechanism. The recorder is typically housed in a portable or wall-mounted enclosure.
The temperature sensor, often a thermocouple or a resistance temperature detector (RTD), is connected to the recorder. It measures the temperature of the environment or the object being monitored. The recorder converts the temperature readings into mechanical movements or electrical signals that are recorded on the rotating chart paper.
The chart paper is divided into time intervals, typically hours or minutes, and temperature increments. As the paper rotates, the recording mechanism translates the temperature readings into a continuous line or a series of points on the chart. This creates a visual representation of temperature changes over time.
Chart type temperature recorders are commonly used in various industries and applications. They are particularly useful in environments where continuous temperature monitoring is necessary, such as in laboratories, manufacturing facilities, storage areas, and transportation of temperature-sensitive goods.
The benefits of chart type temperature recorders include simplicity, reliability, and the ability to provide a permanent record. The charts can be easily interpreted, allowing users to quickly identify temperature patterns, anomalies, and potential issues. They also serve as legal documentation for compliance purposes or as evidence in case of disputes.
With advancements in technology, digital temperature recorders and data loggers have become more popular, offering greater accuracy, flexibility, and the ability to store and analyze data electronically. However, chart type temperature recorders still find value in certain applications where a visual representation of temperature fluctuations is preferred or when a physical record is necessary.
In summary, a chart type temperature recorder is a device that uses a rotating chart paper to visually record temperature variations over time. It provides a simple and reliable method for monitoring and documenting temperature changes in various environments. While digital alternatives have emerged, chart type temperature recorders continue to be used in specific industries and applications where a visual representation of temperature data is preferred or required.

U-Tech 4kVA Triple Relay Automatic Stabilizer for Deep Freezer SSI-120

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U-Tech 4kVA Triple Relay Automatic Stabilizer for Deep Freezer SSI-120

By U-Tech

₹22,419

U-Tech 4kVA Triple Relay Automatic Stabilizer for Deep Freezer SSI-120 refers to a fiscal or economic policy feature that helps stabilize an economy without requiring explicit, discretionary intervention from policymakers. It is designed to automatically mitigate the impact of economic fluctuations and stabilize aggregate demand during periods of expansion or contraction.
One example of an automatic stabilizer is the progressive income tax system. In times of economic growth, individuals and businesses earn higher incomes, leading to an increase in tax revenues. As a result, the government's tax revenue automatically rises, helping to reduce the fiscal deficit or even generate a surplus. This helps to moderate the pace of economic expansion and prevent overheating.
Conversely, during economic downturns, when incomes decline, individuals and businesses pay lower taxes, reducing their tax burden. This increase in disposable income allows households and firms to maintain a certain level of consumption and investment, thereby cushioning the impact of the economic downturn.
Another example of an automatic stabilizer is the unemployment insurance system. During economic contractions, the number of unemployed individuals tends to rise. Unemployment insurance provides temporary financial assistance to those who have lost their jobs. This helps support individuals and their families during difficult times, maintaining a basic level of consumption and reducing the severity of the economic downturn.
Automatic stabilizers have several advantages. First, they operate without the need for discretionary action, which can be time-consuming and subject to political constraints. Second, they are countercyclical in nature, meaning they automatically respond to changes in the business cycle, helping to stabilize economic activity. Third, they provide a degree of certainty and predictability to households and businesses, as they know that certain measures are in place to support them during economic downturns.
In summary, automatic stabilizers are built-in features of fiscal and economic policies that help stabilize an economy by automatically adjusting tax revenues, government spending, and social welfare programs in response to economic fluctuations. They play a crucial role in smoothing the business cycle, reducing volatility, and providing support to individuals and businesses during challenging economic times.

U-Tech 2 kVA Voltage Stabilizer for BOD Incubator SSI-114

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U-Tech 2 kVA Voltage Stabilizer for BOD Incubator SSI-114

By U-Tech

₹16,519

U-Tech 2 kVA Voltage Stabilizer for BOD Incubator SSI-114 is an electrical device designed to maintain a stable and constant voltage level for electrical appliances and equipment. It compensates for fluctuations in the input voltage, ensuring that the output voltage remains within a specific range, typically ±10% of the rated voltage.
The primary function of a voltage stabilizer is to protect electrical devices from voltage variations that can cause damage or malfunction. Voltage fluctuations can occur due to several factors, including fluctuations in the power grid, load variations, or the presence of electrical equipment with high starting currents. A voltage stabilizer works by continuously monitoring the input voltage and adjusting the output voltage to maintain a stable and optimal voltage supply.
Voltage stabilizers are available in different types, including servo-controlled voltage stabilizers and static voltage stabilizers. Servo-controlled stabilizers use a servo motor-driven variable transformer to adjust the output voltage. They are highly accurate and provide quick response to voltage fluctuations. Static voltage stabilizers, on the other hand, use solid-state electronic components to regulate the output voltage. They offer faster response times and higher efficiency compared to servo-controlled stabilizers.
Voltage stabilizers offer several benefits in various applications. They protect sensitive electrical equipment such as computers, televisions, refrigerators, and medical devices from voltage fluctuations. By ensuring a stable voltage supply, they prevent damage to the devices and extend their lifespan. Voltage stabilizers also improve the efficiency and performance of electrical equipment by providing them with a consistent voltage level.
In areas with unreliable or fluctuating power supply, voltage stabilizers are essential for maintaining stable voltage conditions. They are widely used in industries, commercial establishments, and residential buildings. In industries, voltage stabilizers protect critical equipment, machinery, and production processes from voltage variations, minimizing downtime and maintaining productivity. In residential settings, they safeguard household appliances and electronics, preventing damage caused by voltage fluctuations.
Modern voltage stabilizers often incorporate additional features such as surge protection, overload protection, and short-circuit protection. These features provide an extra layer of protection to connected equipment against power surges, electrical faults, and other electrical disturbances.
In summary, a voltage stabilizer is an electrical device that maintains a stable and constant voltage level for electrical appliances and equipment. It compensates for fluctuations in the input voltage, protecting devices from damage or malfunction. Voltage stabilizers offer benefits such as equipment protection, improved efficiency, and enhanced performance. They find applications in industries, commercial establishments, and residential buildings, ensuring stable voltage conditions and preventing damage caused by voltage fluctuations.

U-Tech 8 kW 12 Trays Galvanized Iron Chamber Industrial Drying Oven SSI-108

Ships within 15 days

U-Tech Galvanized Iron Chamber Industrial Drying Oven SSI-108

By U-Tech

₹2,35,999 - ₹10,98,252

The U-Tech Galvanized Iron Chamber Industrial Drying Oven SSI-108 is a robust and efficient oven designed for industrial drying applications. Engineered for reliability, durability, and safety, this oven is crafted to meet the demanding requirements of various manufacturing processes. Constructed from high-quality galvanized iron, the oven offers excellent durability and corrosion resistance, making it suitable for use in rugged industrial environments. The sturdy construction ensures long-term reliability and minimal maintenance, providing uninterrupted operation for manufacturing facilities. The spacious chamber of the oven provides ample room for drying large quantities of materials or bulky items. Adjustable shelving options allow for flexible arrangement of samples, optimizing space utilization and workflow efficiency. Additionally, the oven is equipped with a reliable temperature control system, enabling precise regulation of drying conditions to meet specific process requirements. The industrial drying oven is designed with safety in mind, featuring built-in safety mechanisms to protect both operators and equipment. These include overheat protection, door-locking systems, and temperature alarms, ensuring safe and reliable operation during prolonged use.

Temperature Range : 250°C

Voltage : 220 V

Type of Product : Industrial Drying Oven

Model No : SSI-108

Frequency : 50 Hz

Chamber Material : Galvanized Iron

Tray Type : Aluminium

U-Tech Digital Temperature Indicator for High Pressure Vertical Autoclave SSI-102

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U-Tech Digital Temperature Indicator for High Pressure Vertical Autoclave SSI-102

By U-Tech

₹12,979

The U-Tech Digital Temperature Indicator is a specialized device designed for the SSI-102 model of a high-pressure vertical autoclave. This indicator plays a crucial role in accurately measuring and displaying the temperature inside the autoclave chamber during the sterilization process.
The digital temperature indicator is equipped with sensors that are strategically placed within the autoclave chamber to monitor the temperature. It provides real-time temperature readings, allowing operators to ensure that the sterilization conditions are achieved and maintained.
The primary function of the digital temperature indicator is to provide accurate temperature measurement and monitoring throughout the sterilization cycle. By displaying the temperature in a digital format, it enables precise control and adjustment of the autoclave's heating system to achieve the desired sterilization temperature.
The U-Tech Digital Temperature Indicator offers several important features and benefits:
Accuracy and Precision: The indicator is designed to provide accurate temperature readings, ensuring the reliability and effectiveness of the sterilization process. It allows operators to monitor temperature variations and make necessary adjustments to maintain the desired sterilization temperature.
Real-Time Display: The digital temperature indicator provides real-time temperature readings, allowing operators to monitor the progress of the sterilization cycle. It provides instant feedback on temperature changes, ensuring that the autoclave operates within the desired temperature range.
User-Friendly Interface: The digital display offers a clear and easy-to-read interface, enabling operators to monitor the temperature at a glance. It may include additional features such as backlighting or adjustable contrast for improved visibility.
High-Temperature Resistance: The U-Tech Digital Temperature Indicator is designed to withstand high-temperature conditions inside the autoclave chamber. It is constructed with materials and components that can withstand the heat and pressure generated during the sterilization process.
Compatibility with Autoclave Controls: The temperature indicator is designed to integrate seamlessly with the SSI-102 autoclave's control system. It allows for precise temperature control and synchronization with other autoclave functions, ensuring a comprehensive and efficient sterilization process.
In summary, the U-Tech Digital Temperature Indicator enhances the functionality and precision of the SSI-102 high-pressure vertical autoclave. It provides accurate and real-time temperature readings, offers a user-friendly interface, and ensures compatibility with other autoclave controls. The indicator allows for precise monitoring and control of the sterilization temperature, contributing to the effectiveness and reliability of the sterilization process.

U-Tech Ultra Violet Fluorescence Analysis Cabinet SSI-186

Ships within 15 days

U-Tech Ultra Violet Fluorescence Analysis Cabinet SSI-186

By U-Tech

₹42,479

U-Tech Ultra Violet Fluorescence Analysis Cabinet SSI-186 is a specialized piece of equipment used in various scientific and industrial applications for the detection and analysis of fluorescent materials. It is designed to provide a controlled environment with specific lighting conditions to enhance the visibility and examination of fluorescence.
The cabinet consists of a sturdy enclosure with a transparent front panel, allowing the user to observe the samples inside. The interior of the cabinet is typically lined with a highly reflective material to maximize the UV light intensity. The cabinet is equipped with a UV light source, typically emitting light in the ultraviolet spectrum between 254 and 365 nanometers, which is known to excite fluorescent materials.
The UV light source inside the cabinet illuminates the samples, causing fluorescent materials present in the samples to emit light of longer wavelengths. This emitted light is visible to the human eye and can be observed through the transparent front panel. The cabinet often includes adjustable shelves or trays to hold the samples, allowing for easy positioning and examination.
UV fluorescence analysis cabinets find applications in various fields such as forensic science, microbiology, quality control, and material science. In forensics, they are used for the examination of documents, counterfeit currency, and fingerprints, as many substances exhibit characteristic fluorescent properties under UV light. In microbiology, they aid in the detection and analysis of microorganisms that produce fluorescence. In quality control, UV fluorescence cabinets are employed to identify and inspect flaws or contaminants in manufactured products, such as textiles, coatings, and plastics.
The cabinets are also used in material science research to study the fluorescence properties of substances, enabling the identification and characterization of specific materials or compounds. The ability to accurately analyze fluorescence is crucial in these applications, as it can provide valuable information about the composition, purity, and integrity of the samples.
In conclusion, the UV fluorescence analysis cabinet is a specialized tool that provides controlled UV lighting conditions for the detection and analysis of fluorescent materials. Its versatility and widespread use across various scientific and industrial fields make it an essential instrument for researchers and professionals dealing with fluorescence-based analysis.

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Product Name	Specifications	Expected Price	Dispatch Time	Discount
U-Tech Control Box With Humidistat for 5L Stainless Steel Humidifier SSI-169	Color Silver \| Ideal For 5L Stainless Steel Humidifier	₹10,029	3 days	--
U-Tech Revolution Counter for Flocculator Jar Testing Apparatus SSI-152	--	₹47,199	10 days	--
U-Tech Micro Attachment Set for Rotary Vacuum Evaporator SSI-140	Ideal For Rotary Vacuum Evaporator \| Material Glass	₹87,319	10 days	--
U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153	Capacity 5 L \| Ideal For Heavy Duty Permanent Magnetic Stirrer	₹1,769	11 days	86.55% OFF

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