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Water Bath Shakers

Showing 40 out of 107 products

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₹17,699 - ₹28,319
The Shanti Digital Round Water Bath offers precise temperature control and reliability, making it an essential tool for various laboratory applications. With a temperature range spanning from 5°C to 100°C, this digital water bath provides versatility to accommodate a wide range of experimental needs, from gentle incubation to more vigorous heating requirements.
Crafted with quality materials and precision engineering, the Shanti Digital Round Water Bath ensures durability and stability in laboratory environments. Its robust construction and corrosion-resistant design guarantee long-term performance, even under demanding conditions, providing researchers with confidence in their experimental setups.
Equipped with a digital interface, this water bath offers intuitive temperature setting and monitoring capabilities. Users can easily program their desired temperature with precision, ensuring accurate and consistent conditions for their experiments. The digital display provides real-time feedback, allowing researchers to monitor temperature fluctuations and make adjustments as needed.
The round chamber design of the water bath accommodates various types and sizes of laboratory vessels, including beakers, flasks, and test tubes. This versatility allows for flexible experimentation and efficient use of space within the laboratory. Additionally, the rounded shape promotes uniform heating throughout the chamber, ensuring consistent temperature distribution across samples.
green checkType of Product : Digital Round Water Bath
green checkTemperature Range : 5-100°C
green checkExterior Finish : SS Matt Finish
green checkInterior Finish : SS Mirror Finish
green checkBody Material : Stainless Steel
green checkInsulation : Glasswool Insulation
₹6,961  
Water Baths 300x250x175 mm are used to maintain temperature of the material being processed under controlled conditions. The baths are designed in such a way that they can withstand high temperatures and pressures. The outer wall of the bath is made up of mild steel which is enamel painted inside and outside The inner chamber is made up of a stainless steel sheet with an S.S. bottom, S.S. top with S.S. handles on four sides for lifting the bath out of the furnace and also for filling water into it during operation The temperature range from ambient to 100 Deg C is controlled by a hydraulic capillary type thermostat with an accuracy of + 0.5 deg C, which is mounted on the front panel of the bath, remote from the heater, and thermocouple probe holder which ensures zero error in temperature control The heating elements are made up of stainless steel tubes fixed inside a mild steel base plate welded at bottom of the inner chamber and insulated from the outer wall by glass wool insulation inserted between two layers of mild steel sheeting supported by angle iron brackets welded on the inner wall of the outer chamber around the heating tube at the close interval (10 mm) The water bath is a temperature-controlled container in which biological and chemical reactions are carried out. The temperature of the bath can be controlled with great accuracy by using thermostatically controlled heaters and/or coolers, which are immersed in the bath. The temperature of the water bath is measured with a thermometer mounted inside the jacket or jacketed around the outside of the bath
₹10,265  
A Labpro 111 Thermostatic Serological Water Bath for 6 Rack is a laboratory device used to maintain a constant temperature for incubation and heating of serological samples such as blood samples, cell cultures, and reagents. It is a common piece of equipment in medical, microbiology, and biotechnology laboratories. The water bath consists of a thermostatically controlled basin filled with water. A heating element beneath the basin and a temperature sensor ensure that the water temperature remains constant. The sample containers are placed in a serological rack, which is then immersed in the water bath. The water bath is typically covered with a lid to maintain the desired temperature and prevent evaporation. Some of the key features and benefits of a thermostatic serological water bath include: Precise temperature control: The water bath can maintain a precise and constant temperature, providing a stable environment for incubation and heating of serological samples. Uniform heating: The water bath ensures that the heat is evenly distributed, which is important for ensuring uniformity in sample temperature. Versatility: The water bath can accommodate a variety of sample containers and sizes, making it a versatile piece of laboratory equipment. Ease of use: The water bath is easy to set up and operate, and can be used by anyone with basic knowledge of laboratory equipment. Safety: The water bath is designed with safety features such as over-temperature protection and low water level protection to prevent accidents. Overall, a thermostatic serological water bath is a valuable tool in a laboratory setting for maintaining a stable temperature for serological samples. Its precise temperature control, uniform heating, versatility, ease of use, and safety features make it an essential tool for many medical, microbiology, and biotechnology applications.
₹20,059 - ₹38,939
The Shanti Digital Round Oil Bath is a sophisticated instrument designed to deliver precise temperature control and stability, catering to the exacting requirements of laboratory applications that demand high-temperature settings. With a temperature range spanning from 50°C to 300°C, this digital oil bath offers versatility and reliability for a wide range of heating and incubation processes.
Crafted with precision and durability in mind, the Shanti Digital Round Oil Bath is built to withstand the rigors of laboratory environments. Its robust construction and corrosion-resistant materials ensure longevity and consistent performance, providing researchers with a reliable tool for their experimental needs.
Equipped with a digital interface, this oil bath offers intuitive temperature setting and monitoring capabilities. Users can easily program their desired temperature with precision, and the digital display provides real-time feedback, allowing researchers to monitor temperature fluctuations and make adjustments as necessary to maintain optimal conditions.
The round chamber design of the oil bath accommodates various types and sizes of laboratory vessels, including beakers, flasks, and test tubes, offering versatility and flexibility for experimental setups. The rounded shape promotes uniform heating throughout the chamber, ensuring consistent temperature distribution across samples.
green checkType of Product : Digital Round Oil Bath
green checkTemperature Range : 50-300°C
green checkExterior Finish : SS Matt Finish
green checkInterior Finish : SS Argon Finish
green checkInsulation : Glasswool Insulation
₹12,979  
Water Baths 455x300x175 mm are used to maintain temperature of the material being processed under controlled conditions. The baths are designed in such a way that they can withstand high temperatures and pressures. The outer wall of the bath is made up of mild steel which is enamel painted inside and outside The inner chamber is made up of a stainless steel sheet with an S.S. bottom, S.S. top with S.S. handles on four sides for lifting the bath out of the furnace and also for filling water into it during operation The temperature range from ambient to 100 Deg C is controlled by a hydraulic capillary type thermostat with an accuracy of + 0.5 deg C, which is mounted on the front panel of the bath, remote from the heater, and thermocouple probe holder which ensures zero error in temperature control The heating elements are made up of stainless steel tubes fixed inside a mild steel base plate welded at bottom of the inner chamber and insulated from the outer wall by glass wool insulation inserted between two layers of mild steel sheeting supported by angle iron brackets welded on the inner wall of the outer chamber around the heating tube at the close interval (10 mm) The water bath is a temperature-controlled container in which biological and chemical reactions are carried out. The temperature of the bath can be controlled with great accuracy by using thermostatically controlled heaters and/or coolers, which are immersed in the bath. The temperature of the water bath is measured with a thermometer mounted inside the jacket or jacketed around the outside of the bath
₹8,849  
Water Baths 330x300x175 mm are used to maintain temperature of the material being processed under controlled conditions. The baths are designed in such a way that they can withstand high temperatures and pressures. The outer wall of the bath is made up of mild steel which is enamel painted inside and outside The inner chamber is made up of a stainless steel sheet with an S.S. bottom, S.S. top with S.S. handles on four sides for lifting the bath out of the furnace and also for filling water into it during operation The temperature range from ambient to 100 Deg C is controlled by a hydraulic capillary type thermostat with an accuracy of + 0.5 deg C, which is mounted on the front panel of the bath, remote from the heater, and thermocouple probe holder which ensures zero error in temperature control The heating elements are made up of stainless steel tubes fixed inside a mild steel base plate welded at bottom of the inner chamber and insulated from the outer wall by glass wool insulation inserted between two layers of mild steel sheeting supported by angle iron brackets welded on the inner wall of the outer chamber around the heating tube at the close interval (10 mm) The water bath is a temperature-controlled container in which biological and chemical reactions are carried out. The temperature of the bath can be controlled with great accuracy by using thermostatically controlled heaters and/or coolers, which are immersed in the bath. The temperature of the water bath is measured with a thermometer mounted inside the jacket or jacketed around the outside of the bath
₹8,731  
A Labpro 111 Thermostatic Serological Water Bath for 4 Rack is a laboratory device used to maintain a constant temperature for incubation and heating of serological samples such as blood samples, cell cultures, and reagents. It is a common piece of equipment in medical, microbiology, and biotechnology laboratories. The water bath consists of a thermostatically controlled basin filled with water. A heating element beneath the basin and a temperature sensor ensure that the water temperature remains constant. The sample containers are placed in a serological rack, which is then immersed in the water bath. The water bath is typically covered with a lid to maintain the desired temperature and prevent evaporation. Some of the key features and benefits of a thermostatic serological water bath include: Precise temperature control: The water bath can maintain a precise and constant temperature, providing a stable environment for incubation and heating of serological samples. Uniform heating: The water bath ensures that the heat is evenly distributed, which is important for ensuring uniformity in sample temperature. Versatility: The water bath can accommodate a variety of sample containers and sizes, making it a versatile piece of laboratory equipment. Ease of use: The water bath is easy to set up and operate, and can be used by anyone with basic knowledge of laboratory equipment. Safety: The water bath is designed with safety features such as over-temperature protection and low water level protection to prevent accidents. Overall, a thermostatic serological water bath is a valuable tool in a laboratory setting for maintaining a stable temperature for serological samples. Its precise temperature control, uniform heating, versatility, ease of use, and safety features make it an essential tool for many medical, microbiology, and biotechnology applications.
₹18,879 - ₹21,239
The Shanti 37°C - 100°C Digital Water Bath is a versatile and reliable instrument designed for precise temperature control in laboratory settings. Crafted with precision and durability in mind, this water bath ensures consistent heating essential for various laboratory procedures, such as warming reagents, incubating samples, and conducting temperature-sensitive experiments.
Equipped with a digital temperature control system, the water bath offers accurate regulation of temperature within the desired range of 37°C to 100°C. This allows researchers to maintain specific temperature conditions required for their experiments, ensuring reproducible results.
The spacious interior of the water bath accommodates a variety of laboratory vessels, including beakers, flasks, and test tubes, providing flexibility for different experimental setups. The bath's design ensures uniform heating of samples, with optimal heat distribution across the entire bath chamber.
User-friendly features, such as intuitive controls and a clear digital display, make operation straightforward and convenient. Researchers can easily set and monitor the desired temperature, facilitating efficient workflow and precise experimentation.
Safety features, including overheat protection mechanisms and a sturdy construction, ensure the safety of both samples and users during operation. Additionally, the water bath's compact design and efficient heating system make it suitable for laboratories with limited bench space.
green checkType of Product : Digital Water Bath
green checkTemperature Range : 37-100°C
green checkBody Material : Stainless Steel
green checkInsulation : Glasswool Insulation
green checkHole Diameter : 3 inch
₹5,663  
A Labpro 111 Thermostatic Serological Water Bath for 1 Rack is a laboratory device used to maintain a constant temperature for incubation and heating of serological samples such as blood samples, cell cultures, and reagents. It is a common piece of equipment in medical, microbiology, and biotechnology laboratories. The water bath consists of a thermostatically controlled basin filled with water. A heating element beneath the basin and a temperature sensor ensure that the water temperature remains constant. The sample containers are placed in a serological rack, which is then immersed in the water bath. The water bath is typically covered with a lid to maintain the desired temperature and prevent evaporation. Some of the key features and benefits of a thermostatic serological water bath include: Precise temperature control: The water bath can maintain a precise and constant temperature, providing a stable environment for incubation and heating of serological samples. Uniform heating: The water bath ensures that the heat is evenly distributed, which is important for ensuring uniformity in sample temperature. Versatility: The water bath can accommodate a variety of sample containers and sizes, making it a versatile piece of laboratory equipment. Ease of use: The water bath is easy to set up and operate, and can be used by anyone with basic knowledge of laboratory equipment. Safety: The water bath is designed with safety features such as over-temperature protection and low water level protection to prevent accidents. Overall, a thermostatic serological water bath is a valuable tool in a laboratory setting for maintaining a stable temperature for serological samples. Its precise temperature control, uniform heating, versatility, ease of use, and safety features make it an essential tool for many medical, microbiology, and biotechnology applications.
₹46,019  
A Labpro 120 18 L Water Bath Incubator/Metabolic Shaking Incubator is a laboratory device that combines the functionality of a water bath and an incubator. It provides a controlled temperature environment for incubating samples or conducting experiments that require both temperature regulation and immersion in water. Here are the key features and functions of a water bath incubator: Temperature Control: A water bath incubator allows precise control and maintenance of a specific temperature range. It typically has a digital temperature control system that enables users to set the desired temperature and monitor it on a display. The temperature range can vary depending on the model and application requirements. Water Immersion: The incubator chamber is filled with water to create a stable and uniform temperature environment around the samples. This immersion ensures even heat distribution and provides thermal stability. Heating System: The incubator is equipped with a heating element that warms the water and maintains the desired temperature. The heating system is usually controlled by a thermostat or a microprocessor-based temperature controller. Water Circulation: Advanced water bath incubators may include a built-in water circulation system. This system uses a pump to circulate the water, which helps maintain a consistent temperature throughout the bath and ensures better temperature uniformity. Environmental Control: Some water bath incubators offer additional control features, such as humidity control or programmable temperature profiles. These features are particularly useful for applications that require specific environmental conditions, such as cell culture, microbiology, or biological research. Chamber Design and Capacity: Water bath incubators come in various sizes and designs to accommodate different sample volumes and container sizes. The chamber is typically made of stainless steel or other corrosion-resistant materials, and it may include racks, shelves, or platforms to hold the samples. Safety Features: Water bath incubators often include safety features such as over-temperature protection, low-water level detection, and audible/visual alarms to alert users in case of any issues or deviations from the set parameters. Accessories: Additional accessories may be available to enhance functionality, such as covers, gaskets, or specialized inserts for holding specific sample containers or vessels. Water bath incubators are commonly used in molecular biology, microbiology, medical research, pharmaceuticals, and other life science fields. They provide a controlled and consistent temperature environment for incubating cultures, conducting enzyme reactions, performing DNA hybridizations, or any other application that requires precise temperature control combined with the benefits of water immersion. It's important to follow proper operating procedures, maintain regular cleaning and maintenance, and adhere to safety guidelines to ensure the longevity and reliable performance of the water bath incubator.
₹9,911  
A Labpro 114B 12 Cups & 14 Sleeves Stainless Steel Thermostatic Control Bath or temperature-controlled bath, is a device used in laboratories and other settings to provide precise temperature control for various applications. It consists of a bath or reservoir filled with a temperature-regulated fluid, typically water or an oil-based liquid, and a heating and cooling system to maintain the desired temperature. Here's an overview of how a thermostatic control bath typically functions: Bath Design: The thermostatic control bath includes a bath or reservoir made of a thermally conductive material, such as stainless steel, that can hold the temperature-regulated fluid. The bath is often equipped with a lid or cover to minimize heat loss and evaporation. Temperature Control: The bath is connected to a control unit that allows users to set and regulate the desired temperature. The control unit typically includes a digital display and temperature adjustment buttons or knobs. The temperature control can be achieved using a thermostat, electronic controller, or programmable logic controller (PLC). Heating and Cooling: The thermostatic control bath has a heating system, such as an electric heating element, to increase the temperature of the fluid when needed. In some models, a cooling system, such as a refrigeration unit or thermoelectric cooling, is also incorporated to lower the temperature if required. Circulation and Uniformity: To ensure temperature uniformity throughout the bath, some thermostatic control baths feature built-in circulation systems. These systems use pumps or stirring mechanisms to circulate the temperature-regulated fluid, helping to maintain a consistent temperature throughout the bath and reduce temperature gradients. Safety Features: Thermostatic control baths often include safety features such as over-temperature protection, low liquid level detection, and electrical safety mechanisms to prevent overheating or equipment damage. Thermostatic control baths are used in a wide range of laboratory applications, including sample preparation, incubation, calibration, and temperature-sensitive experiments. They provide precise temperature control and stability, allowing researchers to maintain constant and accurate temperatures for their specific needs. The baths can be utilized in various scientific fields, including chemistry, biology, physics, and materials science. It's important to follow manufacturer instructions and safety guidelines when using thermostatic control baths to ensure proper operation and avoid any potential hazards.
₹17,699 - ₹20,059
The Shanti 37°C - 100°C Digital Serological Water Bath is a precision instrument designed for maintaining stable temperatures required for a variety of laboratory procedures, especially those involving serological applications. Crafted with precision and reliability in mind, this water bath ensures consistent temperature control essential for incubating samples, conducting enzymatic reactions, and performing other temperature-sensitive experiments.
Equipped with a digital temperature control system, the water bath offers precise regulation of temperature within the desired range of 37°C to 100°C. This allows researchers to maintain specific temperature conditions required for various experiments, ensuring accurate and reproducible results.
The spacious interior of the water bath accommodates a variety of laboratory vessels, including serological tubes, test tubes, and bottles, providing flexibility for different experimental setups. The bath's design ensures optimal heat distribution, resulting in uniform heating of samples across the entire bath chamber.
User-friendly features, such as intuitive controls and a clear digital display, make operation straightforward and convenient. Researchers can easily set and monitor the desired temperature, allowing for efficient workflow and hassle-free experimentation.
green checkType of Product : Digital Serological Water Bath
green checkTemperature Range : 37-100°C
green checkBody Material : Stainless Steel
green checkInsulation : Glasswool Insulation
₹92,039   ₹1,10,684
You save ₹18,645!
16.85% OFF
The Ji-TB-250 is a temperature bath suitable for calibrating Ji Instruments. It comes with an internal PID controller that regulates the temperature to +/- 0.25% accurate. The temperature range is from ambient to 250 degrees Celsius and the temperature can be monitored using the 3 1/2″ LED digital display on the front of the unit. The Japsin Instrumentation Oil Bath provides an accurate temperature range of ambient to 250°C and can be used for various applications including oil bath calibration. The digital PID temperature controller is integrated into the housing and features a wide range of control parameters, allowing users to target a specific temperature within the surrounding oil bath. The unit is a sealed temperature bath with an integrated stainless steel well for water. The controller has an inbuilt digital PID. Oil Bath Instrumentation Thermometer Temperature Calibrator is a convenient, easy to operate device that can be used to calibrate oil temperature probes, thermocouples and thermopiles. It uses a PID control system which ensures accuracy of 0.25%. A powerful LED digital programmability gives the user easy control over the software, allowing you to adjust settings such as time and temperature in both graphical and numerical formats. t will accept a wide range of sensors and thermocouples, SSR’s and RTD’s.
₹15,339  
Water Baths 605x300x175 mm are used to maintain temperature of the material being processed under controlled conditions. The baths are designed in such a way that they can withstand high temperatures and pressures. The outer wall of the bath is made up of mild steel which is enamel painted inside and outside The inner chamber is made up of a stainless steel sheet with an S.S. bottom, S.S. top with S.S. handles on four sides for lifting the bath out of the furnace and also for filling water into it during operation The temperature range from ambient to 100 Deg C is controlled by a hydraulic capillary type thermostat with an accuracy of + 0.5 deg C, which is mounted on the front panel of the bath, remote from the heater, and thermocouple probe holder which ensures zero error in temperature control The heating elements are made up of stainless steel tubes fixed inside a mild steel base plate welded at bottom of the inner chamber and insulated from the outer wall by glass wool insulation inserted between two layers of mild steel sheeting supported by angle iron brackets welded on the inner wall of the outer chamber around the heating tube at the close interval (10 mm) The water bath is a temperature-controlled container in which biological and chemical reactions are carried out. The temperature of the bath can be controlled with great accuracy by using thermostatically controlled heaters and/or coolers, which are immersed in the bath. The temperature of the water bath is measured with a thermometer mounted inside the jacket or jacketed around the outside of the bath
₹67,259 - ₹1,53,399
The HTLP Double Wall Water Bath Incubator Shaker with Digital Speed Controller HTLP-010 is a versatile laboratory instrument designed for a variety of applications such as shaking, incubating, and maintaining desired temperatures for samples. It combines the functionalities of a water bath, incubator, and shaker into a single unit, offering convenience and versatility. This instrument features a double-wall construction that provides excellent insulation, minimizing heat loss and ensuring stable temperature control. It has a digital speed controller that allows precise adjustment of the shaking speed, enabling optimal mixing or agitation of samples. The HTLP-010 Double Wall Water Bath Incubator Shaker is equipped with a water bath system that allows for controlled heating and cooling of the samples. The water bath maintains a consistent temperature throughout the incubation or shaking process, providing an ideal environment for the growth or manipulation of biological samples. The digital temperature controller ensures accurate temperature setting and monitoring, allowing users to easily maintain the desired temperature for their specific applications. The temperature range and stability of the HTLP-010 depend on the specific model and can vary. With its shaking functionality, this instrument facilitates thorough mixing of samples, ensuring uniform distribution of substances and promoting optimal reaction conditions. The shaking speed can be adjusted according to the specific requirements of the experiment or procedure. The HTLP Double Wall Water Bath Incubator Shaker is commonly used in molecular biology, microbiology, cell culture, and biochemical laboratories for applications such as bacterial culture, enzyme reactions, hybridization, and general mixing tasks. In summary, the HTLP Double Wall Water Bath Incubator Shaker with Digital Speed Controller HTLP-010 is a multi-functional laboratory instrument that combines the features of a water bath, incubator, and shaker. With its precise temperature control, adjustable shaking speed, and versatile applications, it offers convenience and reliability for various laboratory processes.
green checkType of Product : Water Bath Incubator Shaker
green checkVoltage : 220-230V AC
green checkModel No : HTLP-010
green checkInsulation Material : Glass Wool
green checkInner Chamber : Stainless Steel 304
green checkSpeed Range : 40 to 140 cycle per minute
green checkWall Type : Double Wall
green checkOuter Chamber : Mild Steel Powder Coated
₹14,159  
A Labpro 111 Thermostatic Serological Water Bath for 8 Rack is a laboratory device used to maintain a constant temperature for incubation and heating of serological samples such as blood samples, cell cultures, and reagents. It is a common piece of equipment in medical, microbiology, and biotechnology laboratories. The water bath consists of a thermostatically controlled basin filled with water. A heating element beneath the basin and a temperature sensor ensure that the water temperature remains constant. The sample containers are placed in a serological rack, which is then immersed in the water bath. The water bath is typically covered with a lid to maintain the desired temperature and prevent evaporation. Some of the key features and benefits of a thermostatic serological water bath include: Precise temperature control: The water bath can maintain a precise and constant temperature, providing a stable environment for incubation and heating of serological samples. Uniform heating: The water bath ensures that the heat is evenly distributed, which is important for ensuring uniformity in sample temperature. Versatility: The water bath can accommodate a variety of sample containers and sizes, making it a versatile piece of laboratory equipment. Ease of use: The water bath is easy to set up and operate, and can be used by anyone with basic knowledge of laboratory equipment. Safety: The water bath is designed with safety features such as over-temperature protection and low water level protection to prevent accidents. Overall, a thermostatic serological water bath is a valuable tool in a laboratory setting for maintaining a stable temperature for serological samples. Its precise temperature control, uniform heating, versatility, ease of use, and safety features make it an essential tool for many medical, microbiology, and biotechnology applications.
₹6,607  
A Labpro 111 Thermostatic Serological Water Bath for 2 Rack is a laboratory device used to maintain a constant temperature for incubation and heating of serological samples such as blood samples, cell cultures, and reagents. It is a common piece of equipment in medical, microbiology, and biotechnology laboratories. The water bath consists of a thermostatically controlled basin filled with water. A heating element beneath the basin and a temperature sensor ensure that the water temperature remains constant. The sample containers are placed in a serological rack, which is then immersed in the water bath. The water bath is typically covered with a lid to maintain the desired temperature and prevent evaporation. Some of the key features and benefits of a thermostatic serological water bath include: Precise temperature control: The water bath can maintain a precise and constant temperature, providing a stable environment for incubation and heating of serological samples. Uniform heating: The water bath ensures that the heat is evenly distributed, which is important for ensuring uniformity in sample temperature. Versatility: The water bath can accommodate a variety of sample containers and sizes, making it a versatile piece of laboratory equipment. Ease of use: The water bath is easy to set up and operate, and can be used by anyone with basic knowledge of laboratory equipment. Safety: The water bath is designed with safety features such as over-temperature protection and low water level protection to prevent accidents. Overall, a thermostatic serological water bath is a valuable tool in a laboratory setting for maintaining a stable temperature for serological samples. Its precise temperature control, uniform heating, versatility, ease of use, and safety features make it an essential tool for many medical, microbiology, and biotechnology applications.
₹38,939  
A Labpro 120 12 L Water Bath Incubator/Metabolic Shaking Incubator is a laboratory device that combines the functionality of a water bath and an incubator. It provides a controlled temperature environment for incubating samples or conducting experiments that require both temperature regulation and immersion in water. Here are the key features and functions of a water bath incubator: Temperature Control: A water bath incubator allows precise control and maintenance of a specific temperature range. It typically has a digital temperature control system that enables users to set the desired temperature and monitor it on a display. The temperature range can vary depending on the model and application requirements. Water Immersion: The incubator chamber is filled with water to create a stable and uniform temperature environment around the samples. This immersion ensures even heat distribution and provides thermal stability. Heating System: The incubator is equipped with a heating element that warms the water and maintains the desired temperature. The heating system is usually controlled by a thermostat or a microprocessor-based temperature controller. Water Circulation: Advanced water bath incubators may include a built-in water circulation system. This system uses a pump to circulate the water, which helps maintain a consistent temperature throughout the bath and ensures better temperature uniformity. Environmental Control: Some water bath incubators offer additional control features, such as humidity control or programmable temperature profiles. These features are particularly useful for applications that require specific environmental conditions, such as cell culture, microbiology, or biological research. Chamber Design and Capacity: Water bath incubators come in various sizes and designs to accommodate different sample volumes and container sizes. The chamber is typically made of stainless steel or other corrosion-resistant materials, and it may include racks, shelves, or platforms to hold the samples. Safety Features: Water bath incubators often include safety features such as over-temperature protection, low-water level detection, and audible/visual alarms to alert users in case of any issues or deviations from the set parameters. Accessories: Additional accessories may be available to enhance functionality, such as covers, gaskets, or specialized inserts for holding specific sample containers or vessels. Water bath incubators are commonly used in molecular biology, microbiology, medical research, pharmaceuticals, and other life science fields. They provide a controlled and consistent temperature environment for incubating cultures, conducting enzyme reactions, performing DNA hybridizations, or any other application that requires precise temperature control combined with the benefits of water immersion. It's important to follow proper operating procedures, maintain regular cleaning and maintenance, and adhere to safety guidelines to ensure the longevity and reliable performance of the water bath incubator.
₹14,159  
A Labpro 245 Single Unit with Digital Temp & Stirrer Student Organ Bath is a laboratory apparatus designed for educational purposes to study the physiological responses of isolated organs, typically smooth muscles, in a controlled environment. It provides a hands-on learning experience for students studying pharmacology, physiology, or related disciplines. Here are the key features and functions of a student organ bath: Bath Chamber: The organ bath consists of a chamber or vessel where the isolated organ is placed. The chamber is usually filled with a physiological solution, such as Krebs-Henseleit solution, to maintain the appropriate environment for the organ. Temperature Control: The organ bath has temperature control capabilities to maintain the desired temperature for the experiment. This allows students to study the effects of temperature on the organ's responses. Transducers and Recording Systems: The organ bath is equipped with transducers or force transducers to measure the tension or contraction force generated by the organ. These transducers convert mechanical force into electrical signals, which are recorded and displayed on a data acquisition system or chart recorder for analysis. Oxygenation and Gas Control: The organ bath provides oxygenation of the physiological solution to ensure proper oxygen supply to the organ. It may also have gas control features to regulate the levels of oxygen, carbon dioxide, or other gases in the bath solution. Electrical Stimulation: Some student organ baths may have electrical stimulation capabilities, allowing students to study the effects of electrical stimulation on the organ's responses. This feature is particularly useful for studying the neuromuscular interactions of the organ. Drug Application: The organ bath provides a means for students to apply different pharmacological agents or substances to the isolated organ. This allows them to study the effects of drugs on the organ's contractility and other physiological parameters. Mechanical Stirring: To ensure proper mixing and distribution of the physiological solution, the organ bath may have a mechanical stirring mechanism. This helps maintain a uniform environment and consistent conditions throughout the experiment. Adjustable Parameters: Student organ baths often have adjustable parameters such as tension, temperature, drug concentration, and electrical stimulation parameters. This allows students to explore the dose-response relationships and observe the effects of different experimental conditions on the organ's responses. Student organ baths provide a valuable learning tool for students to gain practical experience and understanding of physiological concepts related to smooth muscle function. By using isolated organs and manipulating various experimental conditions, students can observe and analyze the responses of the organs to different stimuli, drugs, or physiological conditions. This hands-on approach fosters a deeper understanding of physiological mechanisms and helps develop experimental skills.
₹3,893  
A Labpro 245 Single Unit Student Organ Bath is a laboratory apparatus designed for educational purposes to study the physiological responses of isolated organs, typically smooth muscles, in a controlled environment. It provides a hands-on learning experience for students studying pharmacology, physiology, or related disciplines. Here are the key features and functions of a student organ bath: Bath Chamber: The organ bath consists of a chamber or vessel where the isolated organ is placed. The chamber is usually filled with a physiological solution, such as Krebs-Henseleit solution, to maintain the appropriate environment for the organ. Temperature Control: The organ bath has temperature control capabilities to maintain the desired temperature for the experiment. This allows students to study the effects of temperature on the organ's responses. Transducers and Recording Systems: The organ bath is equipped with transducers or force transducers to measure the tension or contraction force generated by the organ. These transducers convert mechanical force into electrical signals, which are recorded and displayed on a data acquisition system or chart recorder for analysis. Oxygenation and Gas Control: The organ bath provides oxygenation of the physiological solution to ensure proper oxygen supply to the organ. It may also have gas control features to regulate the levels of oxygen, carbon dioxide, or other gases in the bath solution. Electrical Stimulation: Some student organ baths may have electrical stimulation capabilities, allowing students to study the effects of electrical stimulation on the organ's responses. This feature is particularly useful for studying the neuromuscular interactions of the organ. Drug Application: The organ bath provides a means for students to apply different pharmacological agents or substances to the isolated organ. This allows them to study the effects of drugs on the organ's contractility and other physiological parameters. Mechanical Stirring: To ensure proper mixing and distribution of the physiological solution, the organ bath may have a mechanical stirring mechanism. This helps maintain a uniform environment and consistent conditions throughout the experiment. Adjustable Parameters: Student organ baths often have adjustable parameters such as tension, temperature, drug concentration, and electrical stimulation parameters. This allows students to explore the dose-response relationships and observe the effects of different experimental conditions on the organ's responses. Student organ baths provide a valuable learning tool for students to gain practical experience and understanding of physiological concepts related to smooth muscle function. By using isolated organs and manipulating various experimental conditions, students can observe and analyze the responses of the organs to different stimuli, drugs, or physiological conditions. This hands-on approach fosters a deeper understanding of physiological mechanisms and helps develop experimental skills.
₹16,519  
A Labpro 245 Double Unit with Digital Temp & Stirrer Student Organ Bath is a laboratory apparatus designed for educational purposes to study the physiological responses of isolated organs, typically smooth muscles, in a controlled environment. It provides a hands-on learning experience for students studying pharmacology, physiology, or related disciplines. Here are the key features and functions of a student organ bath: Bath Chamber: The organ bath consists of a chamber or vessel where the isolated organ is placed. The chamber is usually filled with a physiological solution, such as Krebs-Henseleit solution, to maintain the appropriate environment for the organ. Temperature Control: The organ bath has temperature control capabilities to maintain the desired temperature for the experiment. This allows students to study the effects of temperature on the organ's responses. Transducers and Recording Systems: The organ bath is equipped with transducers or force transducers to measure the tension or contraction force generated by the organ. These transducers convert mechanical force into electrical signals, which are recorded and displayed on a data acquisition system or chart recorder for analysis. Oxygenation and Gas Control: The organ bath provides oxygenation of the physiological solution to ensure proper oxygen supply to the organ. It may also have gas control features to regulate the levels of oxygen, carbon dioxide, or other gases in the bath solution. Electrical Stimulation: Some student organ baths may have electrical stimulation capabilities, allowing students to study the effects of electrical stimulation on the organ's responses. This feature is particularly useful for studying the neuromuscular interactions of the organ. Drug Application: The organ bath provides a means for students to apply different pharmacological agents or substances to the isolated organ. This allows them to study the effects of drugs on the organ's contractility and other physiological parameters. Mechanical Stirring: To ensure proper mixing and distribution of the physiological solution, the organ bath may have a mechanical stirring mechanism. This helps maintain a uniform environment and consistent conditions throughout the experiment. Adjustable Parameters: Student organ baths often have adjustable parameters such as tension, temperature, drug concentration, and electrical stimulation parameters. This allows students to explore the dose-response relationships and observe the effects of different experimental conditions on the organ's responses. Student organ baths provide a valuable learning tool for students to gain practical experience and understanding of physiological concepts related to smooth muscle function. By using isolated organs and manipulating various experimental conditions, students can observe and analyze the responses of the organs to different stimuli, drugs, or physiological conditions. This hands-on approach fosters a deeper understanding of physiological mechanisms and helps develop experimental skills.
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