Instrumentation

Fume hoods are a primary source of protection in laboratories. Face velocity measurements are often used to gauge the performance of a fume hoods ability to contain and exhaust harmful vapors. By measuring and controlling face velocity,

Fume Hood Controllers provide a higher level of fume hood safety and energy

efficiency.

The V-TECH DC Position Servo System Demonstration Unit is a versatile, standalone educational device ideal for demonstrating the principles and functioning of a DC position servo system. Here’s a summary of its key features and specifications:

• Versatile Design: The unit is designed to be a comprehensive, standalone demonstrator for exploring DC position servo systems.
• Core Components:
  • A command (input) potentiometer with a calibrated dial to set the desired angular position.
  • A rebalance potentiometer that converts the output position into a corresponding voltage signal.
  • A specially designed DC motor with bidirectional, geared, permanent magnet control.
  • Amplifier Stages: Includes a summing amplifier, preamplifier, and power amplifier to drive the motor based on the detected error signal.
• High Precision: Offers accurate, sensitive performance with strong repeatability, linearity, and quick response times.
• User-Friendly Interface: Enclosed in an elegant cabinet with a thoughtfully arranged circuit layout on the front panel.

• Principle: DC Position Servo System
• Displacement: Angular (0° to 270°)
• Input Transducer: Command potentiometer with a calibrated dial (0° to 270°)
• Motor: Special bidirectional, geared, permanent magnet DC motor
• Coupling: Motor coupled to output rebalance potentiometer
• Amplifiers:
  • Summing Amplifier with adjustable gain
  • Preamplifier and Power Amplifier for motor drive based on error signals
• Amplifier Gain: Adjustable based on output position voltage
• Output: Calibrated dial displaying 0° to 270° on the slave mechanism
• Controls:
  • Master potentiometer
  • Zero adjustment potentiometer
  • Span adjustment potentiometer for angular displacement limits
  • Gain adjustment potentiometer
  • Servo motor ON/OFF control
  • Mains ON/OFF switch
• Indicators:
  • Digital 3.5-digit nullmeter
  • Servo motor ON/OFF indicator
  • Mains ON/OFF indicator
• Test Points: Located at various stages for waveform and voltage observation
• Power Requirements: 230V AC, ±10%, 50Hz, single phase
• Standard Accessories: Detailed instruction manual with theory and operational details

1. Completely Self-contained Stand-alone Unit:

   • The system is designed as a ready-to-use, self-contained unit, meaning no additional components or equipment are required to operate it. This makes it convenient for immediate use, especially in classroom or laboratory settings.

2. Demonstrates Phase Control Using DIAC & TRIAC:

   • The unit offers a practical demonstration of how phase control is achieved using a DIAC and TRIAC. This involves varying the phase of the AC waveform to control the power delivered to a load. It provides a clear visual understanding of how phase control works in real-world applications.

3. Supply Requirement – 230V, 50Hz AC:

   • The unit operates on a standard 230V, 50Hz AC supply, commonly available in regions worldwide. This ensures the device is compatible with most electrical systems, making it versatile for global use.

4. Intensity Adjustment Potentiometer:

   • The panel features a potentiometer that allows the user to adjust the intensity (or brightness) of the connected lamp. This adjustment shows the effects of phase control on the load, providing insight into how changing the phase of the AC voltage impacts power delivery.

5. Lamp as Load:

   • The system uses a lamp as the resistive load, which visibly demonstrates how the phase control circuit operates. As the user adjusts the phase trigger, the brightness of the lamp changes, visually indicating the effect of phase control.

6. DIAC as Pulse Generator for TRIAC Gate Trigger:

   • The DIAC serves as the pulse generator that triggers the gate of the TRIAC. This is the critical mechanism in phase control, as it determines the point during each AC half-cycle when the TRIAC is turned on, thereby controlling the power delivered to the load.

7. Observing Effects of Phase Control on Load:

   • The impact of phase control can be directly observed on the connected lamp. As the user adjusts the triggering point using the DIAC, the lamp’s brightness will change, providing a clear, visual representation of how phase control works in practice.

8. Test Points for Voltage and Waveforms:

   • Test points are provided at various stages in the circuit, allowing users to measure voltages and observe waveforms. This feature is valuable for users wanting to delve deeper into the working of the circuit and for educational purposes, where understanding voltages at different stages is key to grasping the concept of phase control.

9. Elegant Cabinet and Well-Designed Circuit Layout:

   • The unit is housed in a sleek, well-designed cabinet, which not only enhances its aesthetic appeal but also provides durability. The front panel features an engraved circuit layout, which makes it easy for users to understand the arrangement of the components and their function in the circuit.

10. Comprehensive Instruction Manual:

    • The unit is backed by a comprehensive instruction manual that offers in-depth theory, detailed operating instructions, and practical insights on how to use the unit. This helps users fully understand the operation of the system and the underlying principles of phase control.

* Completely self – contained stand – alone unit.

* Demonstrates the principle and various methods of Forced Commutation of SCR.

1. Self Commutation by resonating load ( Class “A” Method ).

2. Self Commutation by an L C Circuit ( Class “B” Method ).

3. Complimentary Commutation ( Class “C” Method ).

4. Auxiliary Commutation ( Class “D” Method ).

5. External Pulse Commutation ( Class “E” Method ).

* Supply required 230V, 50Hz AC.

* Built-in IC based DC Regulated Supply and LED indication for supply “ON”.

* Built-in load facility in the form of LED’s.

* Connecting each circuit separately and verifying its principle.

* Multicoloured test points are provided to observe the waveform and voltages.

* Set of required number of patch cords.

* Housed in an elegant cabinet with a well spread intelligently designed circuit layout engraved on the front panel.

* Strongly supported by a comprehensive instruction manual complete with theory and operating details.

The MOSFET as a Switch Trainer is an educational and practical tool designed to help students and electronics enthusiasts learn about MOSFET (Metal Oxide Semiconductor Field Effect Transistor) operation in switching applications. This trainer offers a hands-on learning experience with clear demonstrations of how MOSFETs function as electronic switches in various circuits, making it ideal for students in electronics, electrical engineering, and hobbyists.

• High-Quality Components: Includes N-channel and P-channel MOSFETs with clear labeling, allowing users to experiment with different configurations and understand their unique characteristics.
• Visual Indicators: Equipped with LED indicators to show the on/off state of the MOSFETs, providing instant feedback on switching action and helping visualize current flow.
• Modular Design: Easy to set up and reconfigure, with detachable components and clear circuit layouts to help learners grasp the switching concepts.
• Safe & Durable: Built with safety features such as over-current protection, ensuring the trainer is safe for both beginners and advanced users.
• Power Supply Compatibility: Operates with common low-voltage DC power supplies, making it versatile and convenient to use in classroom or lab settings.

1. Understand the role of MOSFETs as switches in digital and analog circuits.
2. Learn about the difference between enhancement-mode and depletion-mode MOSFETs.
3. Practice building circuits that utilize MOSFETs in on/off states for controlling loads.
4. Gain hands-on experience with real-world applications of MOSFETs in power electronics.

• MOSFET Switch Trainer Board
• Instruction Manual with Experiment Guide
• Jumper Wires and Test Components (LEDs, Resistors)
• Power Supply Adapter (if applicable)

SALIENT FEATURES :

* Completely self – contained stand – alone unit.

* Demonstrates the principle and different methods of SCR Turn On.

1. Half Wave AC Control

2. Full Wave AC Control

3. UJT Trigger Circuit

4. Transistor Trigger Circuit

* Supply required 230V, 50Hz AC.

* Built – in IC based DC Regulated Supply and LED indication for supply “ON”.

* Built – in Resistive load.

* Connecting each circuit separately and verifying its principle.

* Multicoloured test points are provided to observe the waveform and voltages.

* Set of required number of patch cords.

* Housed in an elegant cabinet with a well spread intelligently designed circuit layout engraved on the front panel.

* Strongly supported by a comprehensive instruction manual complete with theory and operating details

The Theorems & Laws Trainer Kit is an advanced educational tool designed to provide a hands-on learning experience in understanding various electronic theorems and laws. Built with the latest machinery and a highly skilled workforce, this trainer kit ensures exceptional quality, durability, and ease of use. Suitable for engineering students, educators, and electronics enthusiasts, it offers a comprehensive setup for exploring fundamental electronic principles.

• User-Friendly Design: The kit is designed for easy operation, making it accessible to both beginners and advanced users.
• Long-lasting Durability: Constructed with robust components, the trainer kit ensures reliable performance over time.
• Industry-Standard Construction: Manufactured to meet industry norms, providing both accuracy and safety during experiments.

• LED Power Indicator: Includes an LED to indicate power input status, allowing easy monitoring of the kit’s operational state.
• On-Board Semiconductor Devices:
  • Silicon Diode
  • Germanium Diode
  • Zener Diode
  • Light Emitting Diode (LED)
  • DIAC
• Variable DC Power Supplies:
  • 0 to ±15V / 150mA DC for small-scale applications
  • 0 to ±30V / 150mA DC for extended applications
• High-Quality Connections: All interconnections use 2 mm banana patch cords for secure and easy setup.
• PCB Quality: Built with bare-board tested glass epoxy PCB for optimal durability and stability.
• Complete Accessories: Includes a full set of 2 mm patch cords for seamless interconnections between components.

• High Performance & Low Maintenance: Designed for reliable performance with minimal upkeep, making it ideal for frequent use in labs and classrooms.
• Enhanced Learning: This kit enables users to understand, test, and apply key electronic theorems and laws in a controlled, hands-on environment.

The Reciprocity Theorem Trainer is a practical and educational kit designed to demonstrate the Reciprocity Theorem in electrical circuits. Specifically crafted for students, researchers, and professionals in electronics and electrical engineering, this trainer provides a hands-on experience for understanding the behavior of linear bilateral networks. By setting up various circuit configurations, users can see how the voltage or current response at one point is identical when source and response points are interchanged, thus reinforcing key theoretical concepts with real-world applications.

• Easy-to-Use Interface: Simplified layout with clear labels for straightforward circuit setup, even for beginners.
• High Durability: Constructed from quality components to ensure consistent, long-term performance.
• Versatile Testing Options: Supports both AC and DC experiments, allowing users to test reciprocity in various conditions.
• Quick Setup and Modular Design: Ready for immediate use in labs or classrooms, reducing time spent on setup.

• Power Supply:
  • DC: 0 to ±15V, 150mA for general circuit applications.
  • AC: Standard 50Hz, 10V peak-to-peak for AC reciprocity tests.
• Measurement Indicators:
  • LED indicators signal circuit operation status for easy monitoring.
• Built-In Components:
  • On-board resistors and capacitors for flexible load simulations.
• Connection Ports: 2 mm banana sockets for secure and safe connections.
• Quality PCB Construction: High-grade glass epoxy PCB for durability and reliable signal transmission.

1. Enhanced Understanding of Reciprocity Theorem: Offers hands-on learning for verifying voltage and current interchangeability.
2. Safe and Convenient: Short-circuit and overload protection allow for safe use by beginners and advanced users alike.
3. Portable and Compact: Lightweight design for easy handling and storage.

• Reciprocity Theorem Trainer Board
• Instruction Manual: Step-by-step guide for conducting experiments.
• 2 mm Banana Patch Cords: For flexible and secure circuit connections.
• Spare Parts: Essential components for long-term, continued use.

1. Self-Contained Unit: This is a standalone device that requires no external power supply since it operates on passive components only.
2. Educational Purpose: Designed to demonstrate the principles and verification of series and parallel resonance circuits.
3. Built-in Components: The unit includes an internal bank of resistors, capacitors, and coils, enabling various RLC combinations.
4. Flexible Configurations: Allows for different series and parallel configurations of RLC circuits.
5. Multi-Colored Test Points: Color-coded test points facilitate easy observation and measurement of voltages across different parts of the circuit.
6. Patch Cords Included: Comes with the necessary patch cords for connecting components and observing results.
7. Sturdy and User-Friendly Design: Encased in a metal cabinet with a well-laid-out front panel, making it easy to operate and understand.
8. Comprehensive Manual: Includes a detailed instruction manual with theoretical explanations and operational guidance.

• No Power Supply Needed: Since it consists solely of passive components, there’s no need for an external power source.

The Digital pH Meter is a state-of-the-art instrument designed for precise pH, mV (millivolt), and temperature (°C) measurements in various solutions. Perfect for laboratory, industrial, and environmental applications, this meter guarantees accurate and reliable performance with advanced features.

• Calibration Options: Choose between Auto calibration and Manual calibration for optimal flexibility and accuracy in diverse conditions.
• High Resolution: Offers 0.01 pH, 0.1 mV, and 0.1°C resolution, ensuring precise measurements in all scenarios.
• Excellent Accuracy: Features an accuracy of 0.01 pH, 1 digit mV, and ±0.10°C temperature for highly reliable results.
• Wide Measurement Range: Capable of measuring 0 to 14 pH, 0 to 1999.9 mV, and 0 to 100°C temperature, suitable for a wide range of testing environments.
• Clear Display: The 16 x 2 alpha-numeric LCD display provides easy-to-read results, even in low-light conditions.
• Power Supply: Operates on 230V, 50Hz power supply, ensuring compatibility in most regions.
• High Sample Capacity: Efficiently processes up to 100 samples, making it ideal for batch testing.

Salient Features:
V- TECH AC Drive Demonstration Unit is a versatile stand alone unit useful in the study & demonstration of the principle & working of an AC drive. The circuit works on the principle of PWM with frequency & voltage control. A 1 φ 1HP AC motor coupled with a Speed Measurement & loading arrangement is also provided. A 3 pin mains socket for connecting the CRO is also provided for isolation. It is housed in an elegant metal cabinet with a well spread intelligently designed circuit layout on front panel. Multi - coloured test points one provided at various stages in the circuit to observe voltages & waveforms.

Technical  Specifications:

• Input: 230V, 50Hz A.C.
• Output: Variable AC (0 to 230V)
• Output Frequency: Approx. 10Hz to 50 Hz.
• Circuitry: PWM based circuitry frequency control.
• Power Circuit: Using either MOSFET/IGBT.
• V/F Ratio: Constant.
• Load: 1HP1φ AC motor with Speed Measurement coupled to it & loading arrangement.

• Frequency Control.
• FWD/STOP Switch.
• REV/STOP Switch.

• Mains ON.
• Multifunction LED.

• 8 pin socket for connecting motor & tacho.
• 3 pin socket for CRO.

• 3 ½ digit to indicate AC voltage.
• 3 ½ digit to indicate speed in RPM.

• Study the PWM firing circuit of an AC drive.
• Speed control of AC motor.

The Carbon Black Content Apparatus is a precision laboratory instrument designed to determine the carbon black content in polymeric materials, particularly in polyethylene, polypropylene, and other plastics. This testing apparatus is widely used in quality control, research, and development in the polymer, automotive, and cable manufacturing industries.

• High-Temperature Furnace: Equipped with a programmable muffle furnace capable of reaching temperatures up to 900°C.

• Accurate Weight Measurement: Includes a high-precision analytical balance to measure sample weight before and after combustion.

• Quartz Combustion Tube: Provides excellent thermal resistance and ensures contamination-free analysis.

The Shore D Durometer Test Stand is a precision instrument designed to provide consistent and accurate hardness measurements for hard rubber, plastics, and other rigid materials. It is used in combination with a Shore D Durometer to ensure uniform pressure application and minimize operator influence, leading to more reliable test results. This test stand is widely utilized in quality control, material testing laboratories, and industrial manufacturing processes.

• Stable & Consistent Testing: Ensures precise and repeatable hardness measurements by applying a controlled force.

• Adjustable Height Mechanism: Accommodates different sample thicknesses for versatile testing.

• Precision Load Application: Maintains consistent pressure to eliminate human error.

Suitable for accelerated salt spray corrosion test of protective coating of metallic material, automotive parts and components, electric parts and components, industrial products, etc. Can be used for all kinds of salt spray corrosion tests according to the standards of GB10587-89, GB2423.17-93 "The Basic Environmental Test Regulations of Electric & Electronic Products: Salt Spray Test Method" GB/T10125-1997 as well as equivalent IEC, DIN, MIL and ASTM.

Instrumentation , is  in the field of Instrumentation Sales Service & Repairs with 40 years of experience.  We provide service & repairs to your old high precision instruments and equipment.  We provide cost effective service & Repair to any brand, any make instruments  with service warranty. Why not try once?

Instruments of Any Type, Any Make, Analog/Digital, Any Condition  Indian or  Imported

• Laboratory Instrument, Test Equipment,
• Scientific, Measuring, Precision Instrument,
• Analytical, Bio Medical, Survey, Electrical,
• Electronic Instruments ,Weather, Metrology.

• Stainless steel Inner chamber & Outer body electro static spraying exterior
• Micro-computer temperature controller with function of timing and over-temperature protection
• High brightness digital tube display and soft touch keys for parameter settings
• Tightness of door is adjustable
• Double layered tempered glass anti-explosion door; silicon rubber seal provides a high vacuum degree and keep longer time

Instrumentation , is  in the field of Instrumentation Sales Service & Repairs with 40 years of experience.  We provide service & repairs to your old high precision instruments and equipment.  We provide cost effective service & Repair to any brand, any make instruments  with service warranty. Why not try once?

Instruments of Any Type, Any Make, Analog/Digital, Any Condition  Indian or  Imported

• Laboratory Instrument, Test Equipment,
• Scientific, Measuring, Precision Instrument,
• Analytical, Bio Medical, Survey, Electrical,
• Electronic Instruments ,Weather, Metrology.

Polariscope is used to view the strain/defects like molecular birefringent flow lines, black isoclinic lines.

Instrumentation , is  in the field of Instrumentation Sales Service & Repairs with 40 years of experience.  We provide service & repairs to your old high precision instruments and equipment.  We provide cost effective service & Repair to any brand, any make instruments  with service warranty. Why not try once?

Instruments of Any Type, Any Make, Analog/Digital, Any Condition  Indian or  Imported

• Laboratory Instrument, Test Equipment,
• Scientific, Measuring, Precision Instrument,
• Analytical, Bio Medical, Survey, Electrical,
• Electronic Instruments ,Weather, Metrology.

Product Description:

The Tablet Dissolution Test Apparatus is an essential laboratory instrument designed to evaluate the rate and extent of drug release from solid dosage forms such as tablets, capsules, and other forms of oral medications. This apparatus is used extensively in pharmaceutical research, quality control, and regulatory testing to ensure that tablets meet their required pharmacokinetic specifications.

1. Accurate and Precise Testing:

   • The apparatus simulates the physiological conditions of the human gastrointestinal tract, enabling accurate assessment of drug dissolution behavior in different environments (e.g., simulated gastric fluid or intestinal fluid).
   • Ensures precise control of parameters such as temperature, agitation speed, and dissolution medium composition.

2. Dissolution Medium Tank:

   • Equipped with a water-jacketed tank that holds the dissolution medium, maintaining consistent temperature control (typically 37°C ± 0.5°C) for accurate simulation of body conditions.
   • Available in various sizes to accommodate multiple test vessels at once.

3. Paddle or Basket Systems:

   • Two primary types of agitation mechanisms are provided: the rotating paddle system (USP Type I) and the rotating basket system (USP Type II). Both mechanisms promote uniform agitation of the dissolution medium.
   • Adjustable speed control for precise customization of stirring rates to simulate different gastrointestinal conditions.

4. Sampling and Monitoring Ports:

   • Built-in ports for easy collection of sample aliquots at specified intervals without disturbing the test.
   • Automated or manual sampling options depending on the apparatus model, allowing for continuous monitoring of dissolution profiles.

5. User-Friendly Interface:

   • A digital control panel or touchscreen interface for setting and monitoring parameters such as temperature, stirring speed, and time.
   • Customizable settings for different test protocols, making it adaptable to various pharmaceutical testing requirements.

6. Compliance with Regulatory Standards:

   • The Tablet Dissolution Test Apparatus is designed in accordance with pharmacopeial guidelines such as USP (United States Pharmacopeia), BP (British Pharmacopeia), and EP (European Pharmacopeia).
   • Ensures that results are reproducible and meet industry standards for tablet performance and quality control.

7. Data Logging and Reporting:

   • Integrated software for real-time data collection and analysis.
   • Results are logged and can be exported for further analysis or reporting, ensuring complete traceability and compliance with regulatory requirements.

8. Durable and Hygienic Construction:

   • Constructed from high-quality stainless steel and resistant materials to ensure long-lasting performance and easy cleaning.
   • Designed to withstand high volumes of testing and regular maintenance.

The General Purpose Thermometer is a versatile and reliable temperature measurement device designed for a wide range of applications. Whether you need to monitor indoor or outdoor temperatures, check food safety, or conduct laboratory measurements, this thermometer delivers accurate readings with ease.

• Accurate Temperature Measurement – Provides precise readings for various environments and applications.
• Wide Temperature Range – Suitable for measuring temperatures from -50°C to 300°C (-58°F to 572°F), depending on the model.
• Easy-to-Read Display – Features a clear digital or analog display for quick and effortless reading.
• Durable & Reliable – Built with high-quality materials for long-lasting performance.
• Compact & Portable – Lightweight and easy to carry, making it ideal for home, kitchen, lab, or industrial use.
• Battery-Powered/Digital Options – Available in both battery-operated digital versions and traditional analog models.
• Multipurpose Use – Perfect for food safety checks, HVAC systems, liquid temperature measurements, and more.

 The Stereotaxic Apparatus is a precision device designed for conducting controlled and accurate procedures in the fields of neuroscience, neurobiology, and neurosurgery. It is primarily used for performing targeted brain surgeries, electrode implantations, drug injections, and lesions in small animals such as rodents, using a system of precise three-dimensional coordinates. This tool is essential for researchers and clinicians working in fields that require highly controlled manipulation of the brain or nervous system.

Key Features:

• Highly Accurate Positioning: The apparatus features adjustable arms and a fine-tuning mechanism that ensures precise targeting with micron-level accuracy.
• Sturdy Construction: Built with high-quality materials like stainless steel, the device offers robust stability and durability, ensuring reliable use in both experimental and clinical settings.
• Versatile and Adjustable: Compatible with a variety of animal models, the Stereotaxic Apparatus allows adjustments in the vertical, horizontal, and rotational axes to fit different animal sizes and experimental needs.
• User-Friendly Controls: The intuitive control system includes easy-to-read scales and a smooth movement mechanism, enabling researchers to make real-time adjustments with ease.
• Ergonomic Design: The apparatus is designed to reduce fatigue during long experimental sessions, with adjustable support for the animal’s head, ensuring minimal stress and discomfort.
• Versatile Mounting Options: Equipped with mounting platforms for stereotaxic instruments such as electrodes, cannulas, and syringes, it allows seamless integration into various experimental setups.
• Safety Features: Designed with safety mechanisms that ensure proper animal positioning and reduce the risk of accidental injury during procedures.

A Sledge Microtome is a type of laboratory instrument used to cut ultra-thin slices, known as sections, of tissue specimens for microscopic examination. It is primarily employed in histology, pathology, and research settings, where precise and consistent sectioning of biological tissues is essential for diagnostic and analytical purposes. The sledge microtome is known for its ability to produce thicker, more robust sections compared to other types of microtomes, making it ideal for larger specimens or when a high-quality cut is necessary.

• Manual Operation: The sledge microtome is typically a manual device, where the user controls the slicing motion by hand. It requires precise coordination to achieve uniform section thickness but offers flexibility and control over the cutting process.

• Heavy-Duty Construction: Designed for durability, the sledge microtome is usually made from high-quality, corrosion-resistant materials like stainless steel or cast iron. This robust construction ensures long-term reliability, even with frequent use.

• Precision Sectioning: It uses a reciprocating arm to push the specimen back and forth under the sharp blade. This motion allows the user to cut sections at precise thicknesses, typically ranging from 2 to 100 microns. The adjustable cutting thickness feature provides flexibility for various tissue types and research needs.

• Large Cutting Capacity: Sledge microtomes can handle relatively large blocks of tissue, such as those used in larger animal studies or research involving thicker samples. This makes them suitable for heavy-duty applications in clinical and research labs.

• Versatile Blade Options: The microtome is compatible with a variety of blades, typically steel or disposable blades, allowing users to select the right blade for their specific application and specimen type.

• Smooth Cutting Mechanism: The sledge mechanism ensures smooth, consistent cutting action, reducing the risk of specimen distortion or compression during the sectioning process. This is critical for maintaining tissue integrity and quality.

• Cutting Thickness Control: The device offers fine control over section thickness. The user can adjust the cutting stroke or the blade’s position, allowing for highly accurate and consistent thicknesses to suit specific experimental or diagnostic needs.

• Safety Features: Sledge microtomes are often equipped with safety mechanisms such as blade guards and locking mechanisms to prevent accidental injuries. The blade is typically housed in a compartment that can be safely adjusted or changed.

The Pocket Concrete Penetrometer is a portable, handheld testing device designed to measure the penetration resistance of fresh concrete. This tool is essential for field testing of concrete during construction, offering a quick and easy way to assess the consistency and strength of freshly mixed concrete, helping engineers and construction professionals determine its suitability for pouring or further processing.

• Compact and Portable: The pocket-sized design makes it easy to carry and use directly on-site, providing convenience for field testing and immediate results without the need for complex equipment.
• Quick and Simple Operation: The device is easy to use, requiring minimal training to obtain accurate readings. Users simply insert the probe into the fresh concrete to measure its resistance to penetration.
• Direct Measurement of Concrete Consistency: It provides a direct measurement of the concrete’s resistance to penetration, which is a key indicator of its consistency, compaction, and workability.

Dust Separators are highly efficient air filtration and material separation systems designed to remove dust, debris, and fine particles from industrial air streams. They help maintain clean working environments, enhance equipment longevity, and improve air quality. These separators are widely used in industries such as woodworking, cement, pharmaceuticals, food processing, and metalworking.

• High-Efficiency Dust Removal: Captures fine dust and airborne particles to ensure a cleaner environment.

• Multiple Filtration Stages: Available with cyclone separation, HEPA filters, or bag filtration for enhanced efficiency.

• Compact & Space-Saving Design: Ideal for industrial and commercial setups with limited space.

The Multi Load Cell Indicator is an advanced digital display unit designed to measure, monitor, and process signals from multiple load cells simultaneously. It is widely used in industrial weighing systems, material testing, force measurement applications, and process automation where precise load distribution is required.

• Multi-Channel Load Cell Input: Supports 2 to 8 load cells (customizable based on model).

• High Precision Measurement: Provides accurate weight/force readings with high resolution and low drift.

• Multiple Display Modes: Shows individual load cell readings, total weight, or differential load values.

The Glass Shell and Tube Heat Exchanger is a corrosion-resistant thermal exchange device designed for efficient heat transfer between two fluids without direct contact. Constructed using high-quality borosilicate glass, it is ideal for applications involving corrosive chemicals, acids, and solvents. Commonly used in chemical, pharmaceutical, and laboratory processes, this heat exchanger ensures excellent visibility, thermal resistance, and easy maintenance, making it perfect for precision-controlled environments.

1. Made from borosilicate glass for excellent chemical and thermal resistance

2. Transparent design allows visual monitoring of flow and performance

3. Ideal for corrosive media and high-purity applications

4. Efficient heat transfer with compact and modular construction

5. Easy to clean and maintain with detachable end connections

6. Suitable for both heating and cooling processes in lab and industrial setups

The J Ring Test Apparatus is a specialized tool used to assess the passing ability and flow characteristics of self-compacting concrete (SCC). It evaluates the concrete’s ability to flow through obstructions while maintaining uniformity, helping engineers and researchers ensure high-quality SCC mixes. This apparatus is widely used in construction material testing laboratories to verify the workability and segregation resistance of concrete before application in structures.

1. Durable Stainless Steel Construction – Ensures long-lasting performance and resistance to corrosion.

2. Precision-Cut Steel Rods – Simulates reinforcement bars to evaluate the passing ability of SCC.

3. Compatible with Slump Flow Test – Can be used alongside the slump flow test for comprehensive workability analysis.

4. Easy-to-Assemble Design – Simple setup for quick and efficient testing in laboratory or field conditions.

5. Standard-Compliant – Manufactured in accordance with ASTM C1621/C1621M and EN 12350-12 testing standards.

6. Portable & Lightweight – Designed for convenient handling and transportation between testing sites.

The V-Tech Digital Ultrasonic Cleaner is a high-performance cleaning device designed for efficient and thorough cleaning of delicate and intricate objects. With a 2-liter stainless steel tank, it offers durability and corrosion resistance, making it suitable for laboratory, medical, and industrial applications.

Operating at a 40 kHz ultrasonic frequency, this cleaner generates powerful ultrasonic waves to remove dirt, grease, and contaminants from tools, jewelry, optical lenses, circuit boards, and other delicate components. The digital display allows for precise control of cleaning settings, while the adjustable temperature (up to 80°C) enhances the cleaning process.

Powered by a 220-240V AC supply at 50Hz, this user-friendly and efficient device ensures consistent performance and superior cleaning results.

• 2L stainless steel tank for durability and corrosion resistance

• Digital display for easy operation and control

• 40 kHz ultrasonic frequency for deep and effective cleaning

• Adjustable temperature up to 80°C for enhanced cleaning efficiency

• Reliable operation with 220-240V AC power supply (50Hz)

The V-Tech Low Distortion Audio Generator is a high-precision instrument designed for audio testing and signal generation. It provides stable and low-distortion sine waves, making it ideal for applications in audio equipment testing, research labs, and production facilities. With a wide frequency range and precise control, this generator ensures accurate signal output for high-fidelity audio analysis.

1. Low Distortion Output: Delivers highly stable and pure sine waves with minimal harmonic distortion.

2. Wide Frequency Range: Supports a broad spectrum of audio frequencies for versatile testing applications.

3. Adjustable Output Level: Allows fine-tuned control over signal amplitude for precise measurements.

4. High Stability & Accuracy: Maintains consistent output with minimal frequency drift.

5. User-Friendly Interface: Intuitive controls for easy operation in laboratory and field environments.

6. Durable & Compact Design: Built with high-quality materials to ensure long-term reliability and portability.

The V-Tech Magnetic Field Helmholtz Coil is a precision instrument designed for generating uniform magnetic fields in laboratory and research applications. It consists of two identical coils placed parallel to each other, ensuring a homogeneous magnetic field at the center. This system is widely used in physics experiments, material testing, and calibration of magnetic sensors due to its accuracy and stability.

1. Uniform Magnetic Field: Generates a highly stable and homogeneous magnetic field for precise measurements.

2. Adjustable Field Strength: Allows fine-tuned control of magnetic intensity for different experimental needs.

3. High-Quality Construction: Built with durable materials to ensure long-term reliability and performance.

4. Low Power Consumption: Efficient design minimizes energy usage while maintaining optimal output.

5. Versatile Applications: Suitable for sensor calibration, material testing, and scientific research.

6. Easy Integration: Compatible with various power supplies and measurement instruments for seamless operation.

The Physics Lab Instruments collection is designed to support a wide range of scientific experiments, enhancing the accuracy and reliability of measurements in both research and educational environments. These instruments are tailored for a variety of applications, from studying fundamental physics concepts such as electron charge to analyzing fluid flow, material properties, and gases. Each apparatus provides precise control and clear results to ensure the best possible outcomes for scientific investigations.

1. Millikan Oil Drop Apparatus:
   An essential tool for determining the charge of an electron by observing oil droplets suspended in an electric field. This experiment remains a cornerstone in the study of atomic theory.

2. K Constant Spring Apparatus:
   Used to measure the spring constant (K), this apparatus allows students and researchers to explore the principles of elasticity and Hooke’s law with precision.

3. Katters Pendulum Iron:
   A precision apparatus used for studying the motion of a pendulum, offering insights into periodic motion and the relationship between mass, length, and gravitational forces.

4. Young Modulus Apparatus Brass:
   A testing instrument for determining the Young's Modulus of materials, particularly brass, to measure the material's elasticity and tensile strength under applied forces.

5. Poiseuille's Viscosity Apparatus:
   Designed to measure the viscosity of fluids by observing the flow through a capillary tube, this apparatus is key for studying fluid dynamics and material properties.

6. Boyle's Law Apparatus:
   A fundamental apparatus for demonstrating the relationship between pressure and volume of a gas, as described by Boyle's Law, providing hands-on learning in thermodynamics.

7. Laboratory FTIR Spectrometer:
   An advanced tool for analyzing chemical compositions by measuring the absorption of infrared light, essential for studying molecular structures and identifying substances.

8. Orsat Gas Analysis Apparatus:
   Used to determine the composition of gases by measuring the volume of each gas component in a mixture, this apparatus is critical for environmental and industrial applications.

9. Optical Bench & BI Prism Assembly:
   This setup is designed for optical experiments, including the study of refraction, dispersion, and light behavior through prisms and lenses.

10. Rising Table With Capillary Tube:
    A simple and effective apparatus for studying capillary action and fluid dynamics, demonstrating how liquids rise in thin tubes due to surface tension.

11. Deflection of Beam Apparatus:
    This instrument is used to measure the deflection of beams under different loads, providing valuable data for studying material strength and mechanical properties.

12. Linear Expansion Apparatus (Horizontal Brass Pipe 1 Meter):
    Designed to measure the linear expansion of materials due to temperature changes, this apparatus helps in the study of thermal properties of materials.

13. Brass Bar and Gauge (Size 3"):
    A precise instrument for measuring small displacements or changes in length in experiments on thermal expansion or material strain.

Our range of Laboratory Apparatus is designed for precision, efficiency, and reliability in scientific and industrial applications. These high-quality instruments support research, experimentation, and testing in various fields, including pharmaceutical, chemical, and engineering laboratories. From mechanical testing to fluid dynamics and electronic circuit analysis, our laboratory equipment ensures accurate and repeatable results.

1. Blain Air Permeability Apparatus – Measures the fineness of cement and other powders using air permeability principles.

2. TTL Basic Logic Gates Apparatus – Designed for studying and testing TTL logic gates, including AND, OR, NAND, NOR, and XOR operations.

3. Gillmore Needle Apparatus – Used for determining the setting time of cement with precise penetration measurements.

4. Vial Sealing, Capping, and Decamping Machine – A specialized device for securely sealing and opening vials in laboratory and pharmaceutical applications.

5. Ampoule Clarity Test Apparatus – Ensures visual clarity and purity of ampoule-contained solutions under standardized testing conditions.

6. Transistor Characteristics Apparatus – A complete setup for analyzing transistor properties, including current gain and saturation levels.

7. Water Still Barnstead Type (Table Model) – High-purity water distillation unit ensuring contamination-free laboratory water supply.

8. Digital Leak Test Apparatus – Precision instrument for testing air and gas leaks in sealed containers, ensuring quality control.

9. FET Characteristics Apparatus – Used for studying the electrical behavior and characteristics of Field Effect Transistors (FET).

10. Tablet Disintegration Double Test Apparatus – A pharmaceutical testing device that evaluates tablet disintegration time in compliance with USP/BP standards.

11. Carbon Sulphur Apparatus – Determines carbon and sulfur content in metals and alloys through combustion and gas analysis techniques.

12. Triple Beam Balance – A high-precision weighing device used for accurate mass measurement in laboratory settings.

13. Digital Analytical Balance – Advanced electronic balance with high sensitivity and precision for laboratory and industrial use.

14. Pipe Friction Apparatus (Re-Circulation Type) – Used in fluid mechanics laboratories to study pressure losses due to friction in pipes under various conditions.

Our Pharmacy Equipment range is designed to meet the needs of pharmaceutical, research, and educational institutions by providing precise, reliable, and high-quality laboratory instruments. These instruments facilitate various processes such as capsule filling, organ studies, sterilization, evaporation, milling, and grinding. Whether for academic research or industrial applications, our equipment ensures accuracy, efficiency, and durability.

1. Student Electric Kymographs – Essential for recording physiological movements and muscle contractions in experimental pharmacology.

2. Dales Organ Bath – Used for studying drug effects on isolated tissue preparations, commonly employed in pharmacology labs.

3. Student Organ Bath – A compact version of the organ bath for student demonstrations and research experiments.

4. 300 Hole Capsule Filling Machine – Efficiently fills capsules with uniform dosage, ideal for pharmaceutical production and research.

5. Glass Bead Sterilizer – Rapidly sterilizes surgical and laboratory instruments using heated glass beads.

6. Spreading Caliper (Anthropology) – Used for measuring anatomical structures in pharmaceutical and biological research.

7. Motorized Bottle Filling Machine – Automated machine for precise liquid dispensing into bottles, increasing production efficiency.

8. Stereotaxic Apparatus – Provides precise positioning for neurosurgical and pharmacological research involving animal models.

9. Rotary Evaporator (Vacuum Automatic) – Efficiently evaporates solvents under vacuum conditions, commonly used in chemical and pharmaceutical industries.

10. Ball Mill – Ideal for grinding and mixing pharmaceutical powders with consistent particle size distribution.

11. GNM Equipment for Nursing – Specialized tools and instruments used in General Nursing and Midwifery (GNM) training programs.

12. Powder Mass Mixer – Uniformly mixes dry or wet powders for pharmaceutical formulation and production.

13. Six Jar Test Apparatus (Digital Timer) – A water quality testing instrument used in laboratories for analyzing coagulation and flocculation processes.

14. Cork Borer (German Type, Set of 6) – Used for creating precise holes in cork or rubber stoppers in laboratory applications.

15. Pulverizer Machine (Grinding Machine) – Designed for fine grinding of pharmaceuticals, herbs, and chemicals with high efficiency.

16. Skin Fold Caliper – Measures skinfold thickness for body fat assessment in clinical and nutritional studies.

17. Sliding Caliper – Provides precise linear measurements for laboratory and pharmaceutical applications.

Enhance the accuracy and efficiency of your construction material testing with our comprehensive range of Civil Lab Equipment, designed for precise analysis of soil, concrete, and other construction materials. This advanced collection of tools ensures compliance with industry standards and supports detailed research and quality control processes.

Key Components:

1. Flow Table Operator - Designed to measure the flow of fresh concrete, ensuring proper workability and consistency for quality construction.

2. Shrinkage Bar Mould Three Gang - Facilitates the measurement of shrinkage in concrete specimens, helping assess durability and long-term performance.

3. Core Cutter Apparatus with Dolly and Rammer - Efficient for extracting core samples from concrete for compressive strength testing, with a sturdy design for consistent results.

4. DC Power Supply - Provides stable and adjustable electrical power, essential for operating various laboratory testing equipment with precision.

5. Briquette Mould Three Gang - Used for preparing briquette samples for testing the tensile strength of materials, particularly for bituminous mixes.

6. Rodometer Freeman Measuring Wheel for Distance Measurement - A durable wheel for accurate distance measurement in field surveys and laboratory settings.

7. Blood Cell Counter - (Assuming a specialized lab application, though not typical for civil labs; could be for specialized material testing involving fluid dynamics.)

8. Pensky Martin Apparatus - Designed for determining the flash point of fuels and other volatile materials, critical for safety and quality control.

9. Glass Pycnometer Bottle - Essential for measuring the specific gravity of liquids and fine powders with high precision.

10. Core Cutting Machines - Advanced machines for cutting concrete and asphalt cores, providing uniform samples for strength testing.

11. Compaction Factor Apparatus - Measures the compaction of concrete mixtures, indicating their workability and density under controlled conditions.

12. CBR Testing Machine (California Bearing Ratio Testing Machine) - Evaluates the strength of subgrade soil and base materials, essential for pavement design and road construction.

13. Vicat Needle Apparatus - Used to determine the setting time of cement, ensuring the correct application and curing in construction projects.

14. California Bearing Ratio (CBR) Testing Machine - A critical tool for assessing the load-bearing capacity of soil, aggregates, and subgrades in road construction and foundation works.

Optimize your laboratory processes with our advanced Hot Air Oven and Water Bath equipment, designed to meet the demands of scientific research, material testing, and industrial applications. These versatile devices provide precise temperature control, uniform heating, and reliable performance for a wide range of applications.

1. Serological Water Bath Thermostatic Water Bath - Designed for maintaining precise temperatures for serological studies, with advanced thermostatic control for accurate results.

2. Paraffin Dispenser Wax Bath - Ideal for melting and dispensing paraffin wax, commonly used in histology and material science laboratories.

3. Oil Bath High Temperature with Stirrer - Provides high-temperature heating with an integrated stirrer, perfect for chemical reactions and viscosity tests.

4. Water Bath Incubator Shaker - Combines incubation with gentle shaking, ideal for cell culture, microbiological studies, and biochemical reactions.

5. Hot Air Universal Oven - A versatile oven for drying, curing, and sterilizing materials with uniform hot air circulation.

6. Industrial Drying Oven - Built for high-capacity drying applications, capable of handling large sample volumes with consistent heat distribution.

7. Vacuum Drying Oven - Ensures rapid and efficient drying under vacuum conditions, preserving the integrity of heat-sensitive samples.

8. Water Bath Rectangular Double Wall - Offers excellent thermal insulation with double-wall construction, minimizing heat loss and ensuring consistent temperatures.

9. Water Bath Precision - Designed for high-precision temperature control, ideal for sensitive laboratory applications requiring accuracy.

10. Dual Purpose Universal Water Bath - Versatile bath suitable for both heating and cooling applications, with precise temperature regulation.

11. Constant Temperature Refrigeration Liquid Bath - Maintains a stable temperature for refrigerated liquid samples, critical for biochemical and pharmaceutical testing.

12. 8 Tray Dryer - High-capacity drying unit with eight trays, perfect for drying bulk materials, textiles, and laboratory samples.

13. Water Bath Rectangular Single Wall - A compact, efficient water bath with a single-wall design, ideal for routine laboratory heating tasks.

The V-Tech Digital pH Meter is an advanced and high-precision pH measurement instrument designed for laboratories, water treatment plants, and industrial applications. Featuring models like LMPH10H, LMPH9, LMPH15, and Microprocessor pH MV Temperature Meter, it ensures accurate and reliable pH, mV, temperature, and conductivity readings.

This Portable Digital pH Meter is ideal for both field and laboratory use. It includes pH ORP Electrodes for enhanced performance and supports Online pH Controller functionality for real-time monitoring. The Digital Conductivity Meter option provides additional conductivity measurements for industrial applications.

For advanced analysis, the COD Analyzer with Digester ensures precise chemical oxygen demand testing, making this meter suitable for a wide range of scientific and industrial processes.

• Accurate pH Measurement – Wide 0.00 to 14.00 pH range with high precision.

• Microprocessor-Based Operation – Ensures fast and reliable pH, mV, and temperature readings.

• Digital LCD/LED Display – Clear and easy-to-read output for efficient monitoring.

• Portable & Laboratory Use – Available as a Portable Digital pH Meter or benchtop model.

• Multiple Calibration Options – Supports 2-point and 3-point calibration for accurate results.

• Online pH Controller – Compatible for real-time pH monitoring in industrial applications.

• pH ORP Electrodes – High-quality electrodes for long-lasting performance.

• Temperature & Conductivity Measurement – Built-in temperature compensation and optional conductivity measurement.

• Durable & User-Friendly Design – Suitable for research, industrial, and environmental testing.

• Compatible with COD Analyzer with Digester – Ideal for chemical and wastewater analysis.

• Water Quality Testing & Treatment

• Chemical & Pharmaceutical Industries

• Food & Beverage Processing

• Environmental & Wastewater Analysis

• Educational & Research Laboratories

• Industrial Process Monitoring

The V-Tech Digital Moisture Meter is a high-precision moisture analysis instrument designed for agriculture, food processing, pharmaceuticals, and industrial applications. With Infrared Moisture Balance technology, it delivers fast, accurate, and reliable moisture content measurements.

This Digital Moisture Testing Machine is available in both handheld and benchtop models, making it suitable for on-site and laboratory use. The Moisture Analyzer features an easy-to-read digital display, providing real-time data for efficient analysis.

Additionally, it is compatible with the Universal Moisture Meter Digital and Universal IC Tester, enhancing its application scope. The Handy Digital IC/Memory Tester function ensures integration with industrial testing requirements.

• Precise Moisture Analysis – Measures 0% to 99% moisture content with high accuracy.

• Infrared Moisture Balance Technology – Ensures fast and reliable moisture determination.

• Digital Moisture Testing Machine – Provides clear digital LCD/LED display for easy monitoring.

• Portable & Benchtop Options – Suitable for field and laboratory applications.

• Automatic & Manual Calibration – Ensures highly accurate results.

• Universal IC Tester Compatibility – Supports integration with IC and memory testing systems.

• Moisture Analyzer Function – Ideal for food, agriculture, chemicals, and pharmaceuticals.

• Handy Digital IC/Memory Tester – Ensures efficient electronic moisture evaluation.

• Multi-Purpose Application – Can be used for grains, powders, textiles, and industrial materials.

• Durable & User-Friendly – Compact, lightweight design for long-term performance.

• Agriculture & Grain Moisture Testing

• Food Processing Industry

• Pharmaceutical Industry

• Industrial Moisture Control

• Research & Laboratory Analysis

• Textile & Paper Industry

The V-Tech Metallurgical Microscope is designed for high-precision material analysis, offering exceptional optical clarity and durability. It is widely used in metallurgical, industrial, and research laboratories for examining metal surfaces, grain structures, and coatings.

Equipped with a Monocular Research Microscope and Student Compound Microscope system, it delivers crystal-clear imaging for detailed microstructural examination. The Student Projection Microscope and Pathological Medical Microscope functionalities ensure versatile applications in both educational and industrial settings.

The microscope features advanced illumination technology, with LED or Halogen lighting for uniform brightness. The Precision Auto Collimator and Double Wedge Polarimeter further enhance image accuracy and optical performance.

Designed for long-term reliability, the Bottle Sealing Machine compatibility ensures a stable sample holding mechanism for precise observations. Additionally, the Free Fall Apparatus with Optical Gate can be integrated for dynamic material testing experiments.

• High-Precision Optical System – Delivers sharp, high-resolution images for detailed metallurgical analysis.

• Multiple Magnification Levels – Offers varied zoom options to study microstructures, grains, and metal coatings.

• Advanced Illumination – Integrated LED/Halogen light source for consistent and clear viewing.

• Multi-Purpose Use – Functions as a Monocular Research Microscope, Student Compound Microscope, and Pathological Medical Microscope.

• Sturdy & Durable Build – High-quality metal construction ensures long-lasting performance.

• Precision Auto Collimator & Double Wedge Polarimeter – Enhances measurement accuracy and optical precision.

• Ergonomic & User-Friendly Design – Ideal for students, researchers, and industrial professionals.

• Educational & Industrial Applications – Used in laboratories, research institutions, and metallurgical industries.

• Metallurgical & Industrial Research

• Material Science Laboratories

• Quality Control & Inspection

• Educational & Training Institutes

• Medical & Pathological Studies

The V-Tech Biology Lab Equipment and Models are designed for educational and research applications, providing high-quality tools and anatomical models for effective learning. From detailed anatomical structures like the Human Brain Model and Female Pelvis Model with Muscles to advanced electronic lab equipment such as the Semiconductor Diode Apparatus and FET Characteristics Apparatus, this collection ensures a complete biology lab setup.

Our Microscopic Histology Slides offer clear, high-resolution specimens, essential for medical training and biological research. The Female Breast Model and other anatomical models provide a hands-on learning experience for students and professionals in medical, nursing, and biology fields.

Built with precision and durability, these laboratory instruments enhance scientific exploration and research efficiency.

• Comprehensive Lab Equipment – Includes microscopes, anatomical models, and electronic lab tools for various scientific studies.

• High-Quality Anatomical Models – Features Human Brain Model, Female Pelvis Model with Muscles, and Female Breast Model for medical education.

• Microscopic Histology Slides – Provides detailed biological specimens for in-depth study.

• Advanced Electronic Lab Apparatus – Equipped with Semiconductor Diode Apparatus and FET Characteristics Apparatus for circuit analysis and semiconductor studies.

• Ideal for Educational & Research Institutes – Perfect for biology, medical, and electronics laboratories.

• Durable & Reliable – Made with high-quality materials for long-term use in academic and professional settings.

• Medical and Biological Studies

• Educational Training in Schools & Colleges

• Medical and Nursing Institutes

• Biotechnology and Biomedical Research

• Electronic and Semiconductor Experiments

The V-Tech Laboratory Polarimeter & Refractometer is designed for precise optical measurements in scientific research, pharmaceutical, food, and chemical industries. This range includes Bestco Disk Polarimeter, Student Polarimeter Biquartz, and Student Polarimeter Half Shade for measuring optical rotation in optically active substances.

For refractive index measurement, the Hand Auto Refractometer and Abbe Refractometer provide high-accuracy readings for sugar content, chemical solutions, and industrial fluids. These instruments are made from high-quality optical glass and durable metal, ensuring long-lasting performance and precision.

Used in chemical analysis, sugar industries, essential oil testing, and laboratory research, these instruments ensure reliable and repeatable results.

• High-Precision Optical Measurements – Designed for accurate determination of optical rotation and refractive index.

• Wide Range of Instruments – Includes polarimeters for optical rotation and refractometers for refractive index analysis.

• Durable & Reliable – Made with high-quality optical glass and metal construction for long-term use.

• Manual & Automated Options – Suitable for students, research labs, and industrial applications.

• Versatile Applications – Ideal for food industry, pharmaceuticals, chemical analysis, and research laboratories.

• Compact & Easy to Use – User-friendly design for quick and efficient measurements.

• Highly Accurate Readings – Ensures precise analysis of solutions, essential oils, and industrial fluids.

• Pharmaceutical Industry – Drug formulation & purity testing

• Food & Beverage Industry – Sugar content measurement

• Chemical Laboratories – Optical activity and refractive index analysis

• Educational & Research Institutes – Optical experimentation and study

• Essential Oil & Aroma Industry – Purity testing of oils

A Thermoreactor is a laboratory device used to heat chemical samples at precise temperatures for fixed durations, commonly in the digestion step of water and wastewater analysis (e.g., COD, total phosphorus, and total nitrogen testing). It ensures consistent and controlled thermal reactions.

Key Features:

1. Precise Temperature Control – Maintains stable heating, typically between 100°C to 180°C.

2. Multiple Digestion Programs – Pre-set and customizable heating profiles for various tests.

3. Safety Features – Includes overheating protection, insulated casing, and auto shut-off.

4. Digital Interface – Easy-to-use display for temperature and timer settings.

5. Multi-Sample Capacity – Heats multiple reaction vials simultaneously for batch processing.

6. Essential for COD Testing – Commonly paired with photometers for complete chemical analysis.