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Labpro Lab Supplies

Showing 40 out of 221 products

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₹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.
₹2,59,599  
A Labpro 148 Seed Germinator Dual Chamber with Heating and Cooling In Both Chamber also known as a environmental chamber or climatic chamber, is an enclosed space designed to simulate and control specific environmental conditions for testing purposes. These chambers are commonly used in various industries, including manufacturing, electronics, automotive, aerospace, and research laboratories. Here's an overview of a typical test chamber: Construction and Design: Test chambers are typically made of durable materials such as stainless steel or other corrosion-resistant materials. They are designed to be airtight and insulated to maintain stable internal conditions. The chamber may have windows or ports for observation or the insertion of testing equipment. Temperature Control: Test chambers can control temperature to simulate a wide range of environmental conditions. They have heating and cooling systems, often with high-precision temperature controllers, to adjust and maintain the desired temperature range. Some chambers offer temperature cycling capabilities to simulate thermal stress or rapid temperature changes. Humidity Control: Many test chambers include humidity control systems to adjust and maintain specific humidity levels within the chamber. These systems may involve the use of water reservoirs, humidifiers, or dehumidifiers to generate or remove moisture as required for the testing conditions. Environmental Simulation: Test chambers can simulate various environmental factors, including temperature, humidity, pressure, vibration, light, and gases. Some chambers provide the capability to control multiple parameters simultaneously, allowing for more complex testing scenarios. Data Monitoring and Control: Test chambers often include built-in sensors and data acquisition systems to monitor and record environmental parameters such as temperature, humidity, and pressure. They may also have programmable controllers or software interfaces for precise control and automation of test conditions. Safety Features: Test chambers incorporate safety features such as over-temperature protection, emergency stop buttons, and alarms to ensure the safety of personnel and equipment during testing. Test chambers are used for a wide range of testing and research purposes. They enable manufacturers to evaluate the performance, reliability, and durability of products under controlled and repeatable conditions. Typical applications include temperature and humidity testing, accelerated aging, thermal cycling, shelf life studies, product development, and quality control. It's important to note that specific test chambers may have additional features or capabilities tailored to the requirements of the intended testing applications.
₹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.
₹2,71,399  
Labpro 750 Domestic Advanced Digital Circuit and Microcomputer refer to developing and utilising advanced digital circuitry and microcomputers within domestic (home) applications. This involves integrating digital electronic components, microprocessors, and microcontrollers to create sophisticated systems for various household purposes. In recent years, there has been a significant advancement in digital circuit technology and microcomputing, enabling the development of complex and intelligent systems for use in homes. These systems enhance convenience, energy efficiency, security, and overall quality of life. Here are a few examples of domestic advanced digital circuit and microcomputer applications: Home Automation Systems: These systems utilise digital circuits and microcomputers to automate and control various aspects of a home, including lighting, heating, air conditioning, security systems, and entertainment devices. They can be programmed to respond to user commands, environmental conditions, or predetermined schedules. Smart Energy Management: Digital circuits and microcomputers are used to monitor and optimise energy consumption within a household. This involves the integration of smart meters, energy monitoring devices, and microcontrollers to track energy usage, provide real-time feedback, and automate energy-saving strategies. Intelligent Appliances: Digital circuits and microcomputers are incorporated into appliances like refrigerators, washing machines, and ovens, enabling them to offer advanced features and functionalities. These appliances can have touchscreens, wireless connectivity, and programmable settings that enhance user experience and efficiency. Security Systems: Advanced digital circuitry and microcomputers are used in home security systems to provide robust monitoring, surveillance, and access control. These systems can include sensors, cameras, alarms, and microcontrollers to detect intrusions, monitor activities, and provide remote access and control. Entertainment Systems: Digital circuits and microcomputers are crucial in modern home entertainment systems. They enable high-quality audio and video processing, network connectivity, and interactive user interfaces for devices like televisions, media players, and gaming consoles. The development of domestic advanced digital circuits and microcomputers has led to the emergence of the Internet of Things (IoT) in homes, where various devices and systems are interconnected to create an innovative and integrated living environment. It's important to note that the specific applications and technologies used in domestic advanced digital circuits and microcomputers may vary based on the region, available infrastructure, and technological advancements.
₹4,837   ₹15,172
You save ₹10,335!
68.12% OFF
A Labpro 49 Digital PH Meter is a device used to measure the acidity or alkalinity of a solution by determining its pH value. pH is a measure of the concentration of hydrogen ions in a solution and is expressed on a scale from 0 to 14, where pH 7 is considered neutral, pH values below 7 are acidic, and pH values above 7 are alkaline. A typical pH meter consists of a probe, a reference electrode, and a pH-sensitive glass electrode. The glass electrode is sensitive to changes in hydrogen ion concentration and generates a voltage signal proportional to the pH of the solution. The reference electrode provides a stable reference voltage against which the pH-sensitive electrode's potential is measured. To measure the pH of a solution, the pH meter's probe is immersed in the solution, and the voltage generated by the pH-sensitive electrode is detected and converted into a pH value by the meter. The pH value is then displayed on a digital screen. pH meters are widely used in various fields, including scientific research, environmental monitoring, water quality analysis, agriculture, food and beverage production, and pharmaceutical manufacturing. They are essential for assessing the acidity or alkalinity of liquids to ensure optimal conditions for chemical reactions, biological processes, and quality control. When using a pH meter, it is important to properly calibrate the device using pH calibration solutions with known pH values. Typically, two or three buffer solutions with different pH values are used for calibration. The pH meter is adjusted based on the readings obtained from these calibration solutions, ensuring accurate pH measurements. Regular maintenance and storage procedures, as recommended by the manufacturer, should be followed to keep the pH meter in good working condition. This includes rinsing the electrode after use, storing it in a proper storage solution, and periodically replacing the reference electrode and pH-sensitive glass electrode as needed. It's worth noting that some pH meters may have additional features, such as temperature compensation, data logging capabilities, and automatic calibration functions. These features can provide more convenience and accuracy in pH measurements, depending on the specific model and application. Overall, pH meters are valuable tools for determining the pH of solutions accurately and quickly, enabling users to monitor and control pH levels in various industrial, scientific, and environmental settings.
₹7,433  
A Labpro 37 Digital Colony Counter is a laboratory instrument used to automate the counting and enumeration of bacterial or fungal colonies grown on agar plates. It replaces the manual counting process, offering increased accuracy, efficiency, and convenience in microbiology and research laboratories. Key features and components of a digital colony counter typically include: Imaging System: The digital colony counter is equipped with a high-resolution camera or imaging system that captures images of the agar plate with the bacterial or fungal colonies. Software and Image Processing: The instrument uses specialized software that analyzes the captured images and identifies individual colonies. The software employs algorithms to distinguish between true colonies and artifacts or background noise. Display and User Interface: A digital colony counter features a display screen where the captured images are displayed, along with the colony count and any additional information. It also has a user-friendly interface to control the instrument and access various functions. Counting and Analysis Features: The instrument offers features for colony counting, such as manual selection and confirmation of colonies, automatic counting, and tracking of counted colonies. It may also provide tools for size measurement, color differentiation, and data analysis. Data Storage and Export: Digital colony counters often have built-in memory or the ability to connect to external storage devices to save the counted data. They may also allow for data export in various formats for further analysis or documentation. Illumination: Adequate lighting is essential for clear imaging of colonies. Some digital colony counters incorporate built-in illumination systems, such as LED lights, to ensure optimal lighting conditions for capturing images. Using a digital colony counter involves placing the agar plate with the bacterial or fungal colonies onto the instrument's platform, capturing an image, and allowing the software to analyze and count the colonies. The instrument provides accurate colony counts and reduces the potential for human error associated with manual counting. Digital colony counters are valuable tools in microbiology research, quality control, and other applications where colony counting is required. They save time, improve accuracy, and provide standardized counting methods, making them highly efficient for analyzing large numbers of colonies on agar plates. When considering a digital colony counter, it's important to assess factors such as the imaging quality, software features, ease of use, and compatibility with your laboratory's requirements. Additionally, consider the capacity and compatibility with different plate sizes and types commonly used in your experiments or research.
₹25,959  
A Labpro 52 Microprocessor DO Meter is a type of dissolved oxygen (DO) meter that incorporates a microprocessor for enhanced functionality, accuracy, and ease of use. DO meters are commonly used in various scientific and environmental applications to measure the concentration of dissolved oxygen in water. The microprocessor in a DO meter helps in automating and streamlining the measurement process, providing precise and reliable DO readings. Here are some key features and benefits of a microprocessor DO meter: Measurement Accuracy: The microprocessor ensures accurate DO measurements by performing calibration checks, compensating for temperature variations, and applying appropriate corrections to the readings. Data Storage and Recall: Microprocessor DO meters often have built-in memory capabilities that allow for the storage of measurement data. This enables users to store multiple readings and recall them for later analysis or documentation. Data Logging: Some advanced microprocessor DO meters have data logging capabilities, which means they can continuously record DO readings over a period of time. This feature is particularly useful for long-term monitoring or experiments where a time-dependent DO profile is required. Calibration and Calibration History: The microprocessor facilitates easy calibration of the DO meter by providing on-screen instructions and guiding the user through the calibration process. It may also store calibration history, allowing users to review and track previous calibration dates and results. User-Friendly Interface: Microprocessor DO meters often have user-friendly interfaces, typically with a digital display and intuitive navigation buttons. This simplifies the operation of the instrument and enables users to access various functions, settings, and data with ease. Multiple Measurement Modes: Depending on the model, microprocessor DO meters may offer multiple measurement modes, such as continuous measurement, spot measurement, or timed measurement intervals, to suit different experimental or monitoring requirements. Connectivity and Data Transfer: Advanced microprocessor DO meters may feature connectivity options such as USB, Bluetooth, or RS232 ports, allowing for data transfer to a computer or external device for further analysis or storage. Microprocessor DO meters are used in a wide range of applications, including environmental monitoring, wastewater treatment, aquaculture, research laboratories, and field studies. They provide accurate and real-time measurements of dissolved oxygen, helping researchers, scientists, and environmental professionals monitor water quality, assess oxygen levels in aquatic ecosystems, and ensure optimal conditions for various organisms. It's worth noting that different manufacturers may offer a variety of microprocessor DO meter models with varying features, specifications, and price ranges. When selecting a microprocessor DO meter, consider the specific requirements of your application, the measurement range and accuracy needed, and any additional features that would be beneficial for your work.
₹9,900  
Labpro Digital Temperature Indicator Cum Controller for HO-5101 Oven is designed to control the temperature during the operation of an oven. Labpro Digital Temperature Indicator Cum Controller for HO-5101 Oven is a digital controller cum temperature indicator for the oven. This controller/indicator has an intelligent display with a backlight. The temperature range is 0-250 C. Labpro Digital Temperature Indicator Cum Controller for HO-5101 Oven is a temperature controller with an LCD digital display for use in an industrial kitchen, bakery, and restaurant applications. It can be manually set or controlled by a microprocessor to maintain the pre-set temperature accuracy. Labpro Digital Temperature Indicator Cum Controller for HO-5101 Oven. This is a popular electronic temperature control device based on the latest microprocessor technology. Its unique design offers a wide range of applications and functions combined with easy operation, high reliability, and cost-effectiveness. Several models are available to satisfy various requirements by the more demanding users (for example meat processing industry) or for small-scale production. Labpro Digital Temperature Indicator cum Controller for HO-5101 is specially designed for ovens and heaters. It consists of two main parts, the temperature indicator and the controller, which are connected via a power cord. The digital display indicates input or output temperature using bars and numbers. It is easy to install, reliable and accurate. Solid construction provides great durability in operation
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Top Selling Labpro Lab Supplies Products Price List for November 2026

This data was last updated on 12/11/2026