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Labpro Products Online

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₹7,079  
A Labpro 128 Laboratory Stirrer, also known as a magnetic stirrer, is a common laboratory instrument used for stirring or mixing liquids. It consists of a motorized base and a magnetic stir bar that is placed inside the liquid being stirred. The stir bar rotates due to a rotating magnetic field generated by the motor, creating a swirling motion in the liquid. Here's an overview of how a laboratory stirrer typically works: Motorized Base: The stirrer consists of a motorized base unit that houses the motor and control functions. The base unit usually has adjustable speed settings, allowing users to control the rotation speed of the stir bar. Magnetic Stir Bar: A magnetic stir bar, also called a flea or stir rod, is a small, cylindrical magnet that is placed in the liquid being stirred. The stir bar is typically Teflon-coated or made of a non-reactive material to prevent chemical reactions with the liquid. Magnetic Field and Rotation: When the stirrer is turned on, the motor generates a rotating magnetic field. The magnetic field causes the stir bar to rotate rapidly, creating a vortex or swirling motion in the liquid. This motion facilitates mixing, dissolving, or homogenizing of the substances in the liquid. Heat and Chemical Resistance: Stirrers are designed to withstand a range of temperatures and are often used in conjunction with temperature-controlled hot plates or heating mantles. The stir bars are resistant to heat and chemical corrosion to ensure their durability and compatibility with different solutions. Safety Features: Laboratory stirrers may include safety features such as overload protection or automatic shut-off to prevent damage to the motor or other components. Some stirrers also have a low-profile design or a built-in support stand to hold the stirring vessel securely. Laboratory stirrers are widely used in various scientific and research applications, including chemistry, biology, pharmaceuticals, and quality control. They are essential tools for mixing reagents, preparing solutions, conducting experiments, and maintaining homogeneity in samples. It's important to follow safety guidelines when using laboratory stirrers, including proper handling of chemicals, avoiding contact between the stir bar and other magnetic objects, and using appropriate protective equipment. Regular cleaning and maintenance of the stir bars and equipment are necessary to ensure reliable performance and prevent cross-contamination between different samples.
₹24,779  
A Labpro 61 Deluxe Water & Soil Analysis Kit is a set of tools and reagents used to measure and analyze various parameters in water and soil samples. These kits are commonly used in environmental monitoring, agriculture, research, and educational settings to assess the quality and composition of water and soil resources. Here are some components and tests typically included in a water and soil analysis kit: pH Testing: pH is a measure of the acidity or alkalinity of a solution. pH testing equipment, such as pH meters or pH indicator papers, may be included in the kit to measure the pH of water and soil samples. Nitrate and Nitrite Testing: Nitrate and nitrite levels in water and soil are important indicators of nutrient pollution and can affect water quality and plant growth. Nitrate and nitrite test strips or reagents are commonly provided in the kit for quantitative or qualitative analysis. Phosphate Testing: Phosphate levels in water and soil samples are important for assessing nutrient availability and potential eutrophication. Phosphate test kits typically include reagents and colorimetric methods for measurement. Dissolved Oxygen Testing: Dissolved oxygen is a critical parameter for aquatic ecosystems, indicating the level of oxygen available for aquatic organisms. Kits may contain probes, meters, or chemical reagents for measuring dissolved oxygen levels. Turbidity Measurement: Turbidity refers to the clarity or cloudiness of water caused by suspended particles. Turbidity meters or test kits are included in some analysis kits to assess water quality and sediment levels. Conductivity and Salinity Testing: Conductivity is a measure of the ability of water to conduct an electrical current and is used to estimate the total dissolved solids and salinity levels. Conductivity meters or probes are commonly included in kits for these measurements. Organic Matter Testing: Some kits may include tests for organic matter content in soil samples, which can provide insights into soil fertility and health. These tests often involve colorimetric analysis or carbon content determination. Additional Parameters: Depending on the specific kit, other tests and equipment may be included for measuring parameters such as temperature, alkalinity, chloride, sulphate, heavy metals, or specific contaminants like pesticides or bacteria. It's important to follow the instructions provided with the kit and ensure proper handling and disposal of chemicals and samples. Additionally, calibration and quality control procedures should be followed to ensure accurate and reliable results.
₹25,959  
A Labpro 60 Deluxe Water & Soil Analysis Kit is a set of tools and reagents used to measure and analyze various parameters in water and soil samples. These kits are commonly used in environmental monitoring, agriculture, research, and educational settings to assess the quality and composition of water and soil resources. Here are some components and tests typically included in a water and soil analysis kit: pH Testing: pH is a measure of the acidity or alkalinity of a solution. pH testing equipment, such as pH meters or pH indicator papers, may be included in the kit to measure the pH of water and soil samples. Nitrate and Nitrite Testing: Nitrate and nitrite levels in water and soil are important indicators of nutrient pollution and can affect water quality and plant growth. Nitrate and nitrite test strips or reagents are commonly provided in the kit for quantitative or qualitative analysis. Phosphate Testing: Phosphate levels in water and soil samples are important for assessing nutrient availability and potential eutrophication. Phosphate test kits typically include reagents and colorimetric methods for measurement. Dissolved Oxygen Testing: Dissolved oxygen is a critical parameter for aquatic ecosystems, indicating the level of oxygen available for aquatic organisms. Kits may contain probes, meters, or chemical reagents for measuring dissolved oxygen levels. Turbidity Measurement: Turbidity refers to the clarity or cloudiness of water caused by suspended particles. Turbidity meters or test kits are included in some analysis kits to assess water quality and sediment levels. Conductivity and Salinity Testing: Conductivity is a measure of the ability of water to conduct an electrical current and is used to estimate the total dissolved solids and salinity levels. Conductivity meters or probes are commonly included in kits for these measurements. Organic Matter Testing: Some kits may include tests for organic matter content in soil samples, which can provide insights into soil fertility and health. These tests often involve colorimetric analysis or carbon content determination. Additional Parameters: Depending on the specific kit, other tests and equipment may be included for measuring parameters such as temperature, alkalinity, chloride, sulphate, heavy metals, or specific contaminants like pesticides or bacteria. It's important to follow the instructions provided with the kit and ensure proper handling and disposal of chemicals and samples. Additionally, calibration and quality control procedures should be followed to ensure accurate and reliable results.
₹3,539  
Labpro Laser Pointer Imported for 172 Labpro Overhead Projector is a type of laser pointer that is commonly used in scientific and educational settings. It is an imported brand that is known for its high-quality and precision. Labpro Laser Pointer is typically used to point out specific areas or objects during lectures, presentations, and experiments. The laser beam is highly focused and produces a bright, visible dot that can be easily seen from a distance. The laser pointer is powered by batteries and typically features a compact design that is easy to carry and use. It also features a push-button switch that allows the user to turn the laser on and off, as well as adjust the focus of the beam. Labpro Laser Pointer is available in different colors, including green and red, with green being the most commonly used due to its high visibility and low divergence. It is also available in different power levels, with higher power levels producing brighter and more visible beams. It is important to note that laser pointers, including Labpro Laser Pointer, can be potentially dangerous if used improperly. They should never be pointed at people, animals, or reflective surfaces, and should be used with caution and under the supervision of a trained professional. Overall, Labpro Laser Pointer is a high-quality and reliable laser pointer that is popular in scientific and educational settings for its precision and ease of use.
₹1,132  
A Labpro HBT-610 3 cm Haemoglobinometer, also known as a hemoglobinometer or hemoglobin meter, is a medical device used to measure the concentration of hemoglobin in the blood. Haemoglobin is an essential protein in red blood cells that carries oxygen throughout the body. Measuring haemoglobin levels is critical for diagnosing and monitoring conditions such as anaemia and certain blood disorders. Here's a general overview of how a haemoglobinometer works: Sample Collection: A small amount of blood is collected from the patient, typically by pricking the finger or using a blood collection tube. Sample Preparation: The collected blood sample is generally mixed with a reagent or a diluent to ensure accurate measurement and proper reaction with the haemoglobin. Height: The prepared piece is then inserted into the haemoglobinometer. The device utilises a specific method for measuring the absorbance or optical density of the blood sample at a particular wavelength. Haemoglobin Calculation: Based on the measured absorbance, the haemoglobinometer calculates the haemoglobin concentration in the blood sample. The result is typically displayed on a digital screen or in numerical form. Different types of haemoglobinometers may use various techniques to measure hemoglobin levels. Standard methods include colourimetry, spectrophotometry, and electrochemical processes. Haemoglobinometers can vary in terms of their design and features. Some devices are portable and handheld, allowing for point-of-care testing in clinical settings or remote locations. Others may be larger, more complex, and suitable for laboratory settings. Following the manufacturer's instructions for properly using and maintaining the haemoglobinometer is essential. Regular calibration and quality control checks may be necessary to ensure accurate and reliable results. Haemoglobinometers are commonly used in healthcare settings such as hospitals, clinics, blood banks, and research laboratories. They play a vital role in diagnosing and monitoring various conditions related to hemoglobin levels, including anemia, iron deficiency, and certain blood disorders. Overall, a haemoglobinometer is a valuable medical device for measuring blood haemoglobin levels. It aids in assessing and managing conditions that affect red blood cell function and oxygen-carrying capacity, providing vital information for healthcare professionals to make informed decisions about patient care.
₹20,059  
A Labpro 209 Hand Operated Bottle Filling Machine, also known as a bottling machine or liquid filling machine, is a device used for automatically filling containers, such as bottles, vials, or cans, with liquids or viscous products. These machines are widely used in industries such as food and beverage, pharmaceuticals, cosmetics, and household products. Here are some key features and aspects of a bottle filling machine: Design and Construction: Bottle filling machines come in various designs, including linear filling machines, rotary filling machines, piston filling machines, or vacuum filling machines. They are typically made of stainless steel or other durable materials to ensure cleanliness, longevity, and resistance to corrosion. Filling Mechanism: Bottle filling machines use different mechanisms depending on the type of liquid and container being filled. Common filling mechanisms include gravity filling, pressure filling, volumetric filling, or vacuum filling. The filling mechanism ensures accurate and consistent filling of each bottle. Conveyor System: Bottle filling machines are often equipped with a conveyor system that transports empty bottles to the filling station and then moves filled bottles away from the machine for further processing or packaging. Control Systems: These machines may have control panels or interfaces that allow operators to set and adjust parameters such as fill volume, speed, and bottle size. Some machines may have programmable logic controllers (PLCs) or touchscreens for easy operation and precise control. Cleaning and Sanitization: Bottle filling machines are designed with cleaning and sanitization in mind. They often feature components that can be easily disassembled and cleaned, such as filling nozzles or tubes. Proper cleaning and maintenance are crucial to prevent contamination and ensure product quality. Product Flexibility: Bottle filling machines can handle a wide range of liquids, including water, beverages, oils, sauces, creams, gels, pharmaceuticals, and more. The machines may be adaptable to different bottle sizes, shapes, and closure types. Speed and Efficiency: Bottle filling machines are capable of high-speed production, with the ability to fill hundreds or even thousands of bottles per minute, depending on the machine's capacity and the product being filled. Quality Control: Some bottle filling machines include features for quality control, such as checkweighers, vision systems, or sensors to detect underfilled or improperly sealed bottles. It's important to select a bottle filling machine that matches the specific requirements of the product being filled, including viscosity, foaming properties, and container characteristics. Consulting with equipment suppliers or manufacturers is advisable to determine the most suitable machine for your specific needs and to ensure compliance with relevant industry standards and regulations.
₹9,793  
A Labpro 133 VDRL Rotary Shaker with Timer is a laboratory instrument used for mixing, agitation, and shaking of samples or solutions. It is equipped with a rotating platform or tray that holds containers such as flasks, test tubes, or microplates. The timer feature allows users to set a specific shaking duration or duration of operation. Here's an overview of how a rotary shaker with a timer typically functions: Platform or Tray: The rotary shaker has a platform or tray that can accommodate multiple containers. This platform rotates or oscillates in a circular motion to provide gentle and consistent agitation to the samples. Speed Control: The shaker includes a speed control mechanism that allows users to adjust the rotational speed or shaking intensity. The speed can be set according to the requirements of the specific application or the type of samples being mixed. Timer Setting: The shaker is equipped with a timer feature that enables users to set a specific shaking duration. This can range from a few seconds to several hours, depending on the needs of the experiment or protocol. Start/Stop and Pause Functions: The rotary shaker typically has buttons or controls to initiate the shaking process and stop it when the desired duration is reached. Some models may also include a pause function, allowing users to temporarily halt the shaking process and resume it later. Safety Features: Rotary shakers often come with safety features such as motor overload protection and mechanisms to prevent spillage or sample displacement during shaking. Rotary shakers with timers are widely used in biological, chemical, and biochemical laboratories for a variety of applications. These include culturing cells, mixing reagents, conducting extractions, performing assays, and incubating samples. The timer feature is particularly useful when precise shaking times are required for consistent results and reproducibility. It's important to operate the rotary shaker according to the manufacturer's instructions and guidelines to ensure safe and efficient use. Regular maintenance and calibration should be performed to keep the shaker in optimal working condition.
₹35,399  
A Labpro 290 Senior Precision Rotary Microtome with Latest Spencer 800 Type is a precision cutting instrument used in microscopy and histology to produce thin slices (sections) of biological specimens for examination under a microscope. The process of cutting thin sections is known as microtomy. Microtomes are commonly used in research laboratories, medical facilities, and educational institutions for various applications, including tissue analysis, pathological examination, cell biology research, and preparation of samples for electron microscopy. Here's how a microtome typically works: Specimen Preparation: The biological sample, which can be a tissue block, plant material, or other types of specimens, is first embedded in a suitable medium like paraffin wax or a plastic resin. This embedding process helps to provide structural support and maintain the integrity of the sample during sectioning. Mounting the Specimen: The embedded specimen is then securely mounted onto a sample holder or a metal chuck. The mounting ensures that the specimen remains stable during the sectioning process. Sectioning: The microtome consists of a cutting mechanism that moves the specimen past a stationary blade or a blade that moves across the stationary specimen. The blade's position can be adjusted to control the thickness of the sections. As the specimen is moved, the blade cuts thin slices from the sample in a controlled manner. Section Collection: The sliced sections are collected on a glass slide or another suitable substrate. The sections can be floated on a water bath or carefully lifted onto the slide using specialized tools. Staining and Further Processing: After sectioning, the collected sections may undergo various staining or labeling procedures to enhance contrast and visualize specific cellular structures or components. The stained sections are typically covered with a glass coverslip using mounting media to protect and preserve them for microscopic examination. Microtomes come in various types, including manual microtomes, rotary microtomes, cryostats, and ultramicrotomes, each with specific features and capabilities. Manual microtomes require manual operation for sectioning, while rotary microtomes have a rotary wheel mechanism to advance the specimen. Cryostats are specialized microtomes used for cutting frozen tissue sections, and ultramicrotomes are used for producing extremely thin sections for electron microscopy. Using a microtome requires skill and precision to obtain consistent and thin sections. Proper maintenance, cleaning, and blade sharpening are essential to ensure accurate and high-quality sectioning. Microtomes play a crucial role in biological research and medical diagnostics by allowing scientists and pathologists to examine the internal structures of tissues and cells in detail. They enable the study of cellular morphology, identification of abnormalities, and advancement in various fields of research and medical practice.
₹164  
A Labpro 303 Burette Clamp with 7 Inch Mild Steel Rod is a type of laboratory equipment used to hold a burette in place during experiments. A burette is a glass tube with a stopcock at the bottom, used to measure and dispense precise amounts of liquid in chemistry and biology experiments. The burette clamp is designed with a spring-loaded mechanism that allows it to securely grip the burette and hold it in place. The 7-inch mild steel rod attached to the clamp provides a sturdy base for the burette to be mounted onto, allowing it to be adjusted to different angles and positions as needed. The mild steel rod used in the burette clamp is durable and resistant to corrosion, making it suitable for use in laboratory environments where chemicals and other corrosive substances are commonly used. The clamp itself is typically made of metal or plastic, and is designed to be easily adjustable to accommodate different sizes of burettes. Overall, a burette clamp with a 7-inch mild steel rod is a reliable and essential piece of laboratory equipment that allows for accurate and precise measurement and dispensing of liquids during experiments. Burette clamps are widely used in laboratory settings for a variety of applications, including: Titration: In titration experiments, burette clamps are used to hold the burette in place while the titrant is slowly dispensed into the solution being analyzed. This allows for precise measurement and control of the titration process. pH measurement: Burette clamps can also be used to hold pH electrodes in place during pH measurements. This allows for accurate and consistent measurements over time. Chemical reactions: Burette clamps are used to hold burettes in place while chemicals are added to a reaction mixture. This allows for controlled and precise addition of chemicals, which is important for many types of chemical reactions.
₹69,619  
A Labpro TI-506 302 nm 8W UV Transilluminator is a laboratory instrument to visualise and analyse nucleic acids or proteins stained with fluorescent dyes or markers. It emits ultraviolet (UV) light in the range of 254 to 365 nanometers, which causes fluorescent molecules to emit visible light, allowing them to be detected and analysed. Here are the key features and functions of a UV transilluminator: UV Light Source: The transilluminator consists of one or more UV lamps that emit UV light in the desired wavelength range. The most common wavelengths in UV transilluminators are 254 nm and 312 nm, although some models offer variable or selectable wavelengths. Filter System: UV transilluminators typically have a filter system that blocks or filters out unwanted light while allowing the UV light to pass through. This ensures that only the desired wavelength of UV light reaches the sample, enhancing the visibility of fluorescent molecules. Sample Tray: The transilluminator has a tray or surface where the pieces, such as agarose or polyacrylamide gels containing the stained nucleic acids or proteins, are placed for visualisation. The tray is usually made of a UV-transparent material, such as quartz or special plastic, to allow UV light to pass through without significant absorption. Safety Features: UV transilluminators often have built-in safety features to protect users from potential UV radiation hazards. These may include interlock systems that turn off the UV light when the sample tray is opened, shields or covers to minimise UV exposure, and indicators or alarms to warn users when the UV light is active. UV transilluminators are commonly used in molecular biology and biochemistry laboratories for various applications, including DNA/RNA gel electrophoresis, protein gel analysis, and DNA cloning. In the laboratory, they are essential for visualising and analysing DNA fragments, RNA bands, protein bands, or other fluorescently labelled molecules. When using a UV transilluminator, following proper safety precautions, such as wearing UV-blocking goggles or face shields and minimising direct exposure to UV light, is essential. Prolonged or direct exposure to UV light can harm the skin and eyes. Following the manufacturer's instructions for operation, maintenance, and safety guidelines specific to the UV transilluminator model is also crucial. A UV transilluminator is a valuable instrument used in molecular biology research and related fields to visualise and analyse fluorescently labelled nucleic acids or proteins. It gives researchers a powerful tool for studying and understanding genetic and protein-based processes.
₹11,091  
An Labpro 201 1-10 ml Ampoule Filling and Sealing Device, also known as an ampoule filler-sealer, is a specialized machine used in pharmaceutical manufacturing to fill liquid medications or solutions into ampoules and seal them to ensure product integrity and sterility. The device automates the process, ensuring accuracy, efficiency, and compliance with regulatory requirements. The ampoule filling and sealing process typically involves the following steps: Ampoule Feeding: The machine is equipped with a system to feed empty ampoules into the filling station. This can involve a conveyor belt or a rotary indexing system that moves the ampoules through the various stages of the filling and sealing process. Cleaning and Sterilization: Before filling, the ampoules may undergo a cleaning and sterilization step to remove any residual particles and ensure a sterile environment. This step can involve rinsing the ampoules with purified solvents or subjecting them to sterilization techniques like hot air or steam. Filling: The filling station of the device is designed to accurately fill the ampoules with the desired liquid medication or solution. The filling mechanism can utilize various techniques such as peristaltic pumps, piston pumps, or volumetric filling systems. The filling volume is typically controlled using sensors or programmable settings to ensure precise dosage. Sealing: Once the ampoules are filled, the sealing process begins. The sealing mechanism may involve the application of heat to the ampoule neck, which softens the glass and fuses it together to create a hermetic seal. Alternately, plastic ampoules can be sealed using ultrasonic welding or other appropriate methods. The sealing process ensures product integrity, prevents contamination, and maintains sterility. Inspection: After sealing, the filled and sealed ampoules are inspected for proper sealing, fill volume, and any visual defects. Automated inspection systems, such as vision systems or cameras, can be integrated into the machine to identify and reject any faulty ampoules. Ejection or Collection: The filled and sealed ampoules are then ejected from the machine onto a conveyor belt or collected in trays or containers for further processing, labeling, and packaging. Ampoule filling and sealing devices come in various configurations and capacities, ranging from small-scale machines for laboratory or research purposes to high-speed production units for large-scale pharmaceutical manufacturing. The machines are designed to meet industry regulations and standards, ensuring compliance with good manufacturing practices (GMP) and maintaining product quality and safety. It's important to note that specific features, functionalities, and customization options of ampoule filling and sealing devices can vary depending on the manufacturer and specific application requirements. Manufacturers follow established guidelines and validation procedures to ensure the performance, accuracy, and reliability of the filling and sealing process.
₹2,47,799  
A Labpro 159 SS 3x2x2 foot Fume Hood is a type of ventilation system designed to contain and remove hazardous or noxious gases, vapors, and fumes that are generated during laboratory procedures. It is a safety device that is widely used in scientific research, chemical processing, and other industries where hazardous materials are handled. The fume hood works by drawing air into the enclosure and then expelling it through a ventilation system, usually to the outside environment. The hood is designed to prevent harmful substances from escaping into the laboratory, protecting both the user and the surrounding environment. Fume hoods come in different types and sizes, including bench-top, floor-mounted, and walk-in models. They can be ducted or ductless, depending on the specific needs of the laboratory. Ducted fume hoods are connected to an external ventilation system that carries the air out of the laboratory, while ductless hoods use filters to remove harmful substances from the air before returning it to the laboratory. Ductless hoods are often used in situations where it is not possible to connect to an external ventilation system, but they require regular maintenance to ensure that the filters are working properly. Fume hoods are an essential safety device in laboratories where hazardous materials are used, and they must be properly maintained and tested to ensure their effectiveness. The airflow velocity, face velocity, and air exchange rate must be monitored and adjusted regularly to ensure that the hood is working properly and providing adequate protection. Overall, fume hoods are an essential tool for laboratory personnel who handle hazardous materials, providing a safe and controlled environment to protect both the user and the surrounding environment from exposure to potentially harmful substances.
₹1,88,799  
A Labpro 730 Digital Viscometer is a device used to measure the viscosity of fluids. Viscosity is a measure of a fluid's resistance to flow or its internal friction. The digital viscometer provides a numerical value that indicates the viscosity of the fluid being tested. Digital viscometers typically have a rotating spindle or rotor immersed in the fluid. A motor drives the spindle, and the torque required to rotate the spindle is measured. The torque is directly related to the viscosity of the fluid, and the digital viscometer converts this measurement into a viscosity reading. The essential advantage of digital viscometers over traditional analogue viscometers is their ability to provide accurate and precise viscosity measurements with digital displays. They often have various speed settings and spindle options to accommodate different fluids with varying viscosities. Digital viscometers are widely used in industries such as pharmaceuticals, paints and coatings, food and beverages, petroleum, and many more. They are essential for quality control and process optimisation, as viscosity is critical in various manufacturing processes. When using a digital viscometer, following the manufacturer's instructions for proper calibration, spindle selection, and measurement techniques is essential to ensure accurate results. Regular maintenance and calibration of the instrument are also necessary to maintain its accuracy over time. Overall, digital viscometers are valuable tools for measuring and monitoring the viscosity of fluids in industrial and laboratory settings, helping to ensure product quality and process efficiency.
₹4,483  
A Labpro 131 Double Round Two Plates of 20 cm Dia Hot Plate is a laboratory device used for stirring and heating liquids. It is commonly used in chemistry, biology, and other scientific fields for a variety of applications, such as mixing chemicals, preparing solutions, and conducting experiments. The device consists of a flat metal plate with a built-in heating element and a small magnetic stir bar. When placed on the plate and turned on, the stir bar rotates and creates a vortex that stirs the liquid. The heating element provides heat to the liquid, allowing for controlled heating and stirring of the solution. Some of the key features and benefits of a magnetic stirrer with hot plate include: Precise temperature control: The device allows for precise temperature control, ensuring that the solution is heated to the desired temperature. Efficient mixing: The magnetic stir bar provides efficient and thorough mixing of the solution, ensuring that all components are evenly distributed. Versatility: The device can be used with a variety of vessels and sizes, making it a versatile tool for laboratory applications. Safety: The device is designed with safety features such as over-temperature protection and a non-slip surface to prevent accidents. Easy to use: The device is easy to set up and operate, and can be used by anyone with basic knowledge of laboratory equipment. Overall, a magnetic stirrer with hot plate is a valuable tool in a laboratory setting for stirring and heating liquids. Its precise temperature control, efficient mixing, versatility, safety features, and ease of use make it an essential tool for many scientific applications.
₹754  
A Labpro 326 One Way Goli Type Gas Tap is a type of laboratory gas valve used to regulate the flow of gas through a pipeline. It is typically used in chemistry and physics laboratories for experiments that require a controlled supply of gas. The Goli type gas tap consists of a cylindrical body with an inlet and an outlet port. A valve stem, which controls the flow of gas, is attached to the body and can be turned to open or close the valve. The valve stem typically has a knob or handle that can be used to turn the valve. The Goli type gas tap is designed to be durable and resistant to corrosion, with a brass or stainless steel body and a ceramic or metal valve. It is also designed to be easy to use and maintain, with simple and intuitive controls. Some of the key features and benefits of a Goli type gas tap include: Precision control: The Goli type gas tap allows for precise control of the flow of gas, making it ideal for experiments that require accurate measurements. Durability: The brass or stainless steel body of the Goli type gas tap is designed to be long-lasting and resistant to corrosion. Easy to use: The simple and intuitive design of the Goli type gas tap makes it easy to use, even for those who are not familiar with laboratory equipment. Versatility: The Goli type gas tap can be used with a variety of different gases, making it a versatile tool for a wide range of laboratory applications. Overall, the Goli type gas tap is an essential tool for any laboratory that requires a controlled supply of gas. Its precision control, durability, ease of use, and versatility make it a valuable tool for a wide range of laboratory applications.
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Top Selling Labpro Products Online Products Price List for March 2026

Product Name Specifications Expected Price Dispatch Time Discount
Labpro 130 250ml Heating Spare Mantle Capacity 250 ml | Suitable For Heating Flasks ₹300 3 days --
Labpro 141 32 L Double Stage Vacuum Pump Capacity 32 L | Dimension 16x24 inch ₹30,679 4 days --
DROPLET Magnetic Stirrer with Hot Plate 2 L Capacity 2 L | Dimension 250x450x150 mm ₹2,949 6 days --
Labpro 128 Laboratory Stirrer Frequency 50 Hz | Power 1/20 Hp ₹7,079 5 days --
Labpro 1000 W Iron Lab Heating Hot Plate Dimension 26x46x6 cm | Frequency 50 Hz ₹1,143 6 days 19.04% OFF
Labpro HO-5101 28L 300x300x300 mm Aluminium Oven Capacity 28L | Dimension 300x300x300 mm ₹7,433 6 days --
Labpro 130 5L Heating Spare Mantle -- ₹978 5 days 0.01% OFF
Labpro 179B 5g Digital Moisture Analyser Automation Grade Manual | Display Type Digital ₹20,059 4 days --
Labpro 49 Digital Ph Meters Dimension 9.4x4x2.8 cm | Weight 13 Kg ₹4,011 6 days 73.56% OFF
Labpro 1500W (6 inch) Iron Lab Heating Hot Plate Shape Rectangular | Size 18.5x15.5 cm ₹1,651 6 days 57.48% OFF
This data was last updated on 12/03/2026