Instrumentation

The Digital Micrometer is a high-precision measuring tool designed to provide accurate measurements of small objects with a resolution of 0.001mm. Built with a hardened stainless steel frame, it is durable and resistant to wear, making it ideal for use in various industries like engineering, machining, and quality control.

Key Features:

• Measuring Range: 0-25mm, allowing precise measurements of small parts.
• Resolution: 0.001mm for ultra-precise readings, ensuring accuracy down to the smallest detail.
• Material: Made from hardened stainless steel for strength, durability, and corrosion resistance.
• Battery: Powered by a single SR44 battery, ensuring reliable performance.
• Battery Life: Approx. 1.2 years under normal use, reducing the need for frequent battery changes.
• Display: Clear digital readout for easy, fast, and precise measurements.

The 0-25mm Outside Micrometer is a precision instrument used for accurately measuring the external dimensions of small objects with a high degree of accuracy. Featuring a measurement range of 0-25mm and a resolution of 0.01mm, this micrometer is ideal for quality control, mechanical engineering, manufacturing, and precision measurement applications. It is commonly used to measure external diameters of machine parts, components, and tools in industries where tight tolerances are required.

• Measuring Range: 0-25mm
• Resolution: 0.01mm for ultra-precise measurement
• Accuracy: Provides high accuracy, ideal for precise dimensional checks
• Durable Construction: Made with high-quality materials such as hardened steel or stainless steel for long-lasting durability
• Precision Screw Mechanism: Features a finely threaded screw for smooth, accurate measurements
• Ratchet Stop: Ensures uniform pressure during measurements for consistent results
• Non-Corrosive Coating: Resistant to wear, rust, and corrosion, ensuring longevity
• Ergonomic Design: Comfortable grip for ease of handling and precise use
• Smooth Operation: Provides precise, repeatable measurements for external dimensions of small parts and tools
• Widely Used in: Engineering workshops, laboratories, and machine shops for precision work and detailed measurements

An Industrial Dehumidifier Machine is a heavy-duty device designed to control and reduce humidity levels in large commercial, industrial, and warehouse environments. It helps to maintain optimal humidity conditions, preventing moisture-related problems such as mold, corrosion, and mildew, which can damage equipment, inventory, and infrastructure. These machines are particularly useful in environments where moisture control is critical, such as factories, storage facilities, laboratories, and manufacturing plants.

• High Capacity Dehumidification: Industrial dehumidifiers are engineered to remove large volumes of moisture, often capable of extracting 30 to 200 liters of water per day, depending on the model, making them suitable for large spaces.
• Energy Efficient: Despite their powerful performance, these units are designed to be energy-efficient, helping businesses reduce operational costs while maintaining consistent humidity levels.
• Built for Heavy Duty: These machines are constructed with robust materials and are built to withstand continuous use in demanding environments. They are designed for durability and reliability even in harsh conditions.
• Advanced Humidity Control: Equipped with advanced sensors and control systems, these dehumidifiers offer precise and adjustable humidity control, ensuring optimal conditions are maintained.
• User-Friendly Interface: Many models feature a simple control panel or digital display for easy operation. Features like automatic humidity adjustment and programmable timers add convenience.
• Portable Design: Industrial dehumidifiers are often equipped with durable wheels or handles for easy transportation between different areas of the facility. Some models are also compact to fit in tight spaces.
• Air Filtration: These machines may include built-in filters that help to purify the air, improving overall air quality in the environment while reducing airborne contaminants.
• Continuous Drainage: Many units are designed with a direct drainage option, enabling continuous operation without the need for manual water collection or emptying the tank.

Nunes Instruments offers FISCHER German-make offers Thermo- Hygrometers features precision, comfort, with stand in Model no.143-ST, in 84 mm. Dial, gold plated, measuring temperature range 0-40 deg.C and RH range 20-100 %. Silver coloured metal body case, chrome-plated, glass bezel and polish. Also available in 130 mm dial Model no.145-CR. Model no.123-TCR available in 84 mm dial, measuring temperature range -10-40 deg.C and RH range 0-100%. Model no.111-TCR precision hair hygrometers with special hairs and with thermometer, 100 mm dial, fine workmanship quality, calibrated and with side screw for adjustment, measuring and indicating temperature range -15 to +45 deg.C and RH range 10-100%. They are used for environment control in labs, scientific research institutes, cold storage, agricultural, nurseries, green houses, air-conditioned and computer rooms, meteorology, textile mills, factories and in several other industries.

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.

• Standard equipment: G3# twenty-four collets; 135# eleven collets Standard grinding range: G3#° 2.1-26; 13S# 03-013.
• Standard Collet Model No:G3 - (ER20) 10 Pc:3,4,5,6,7,8,9,10,11,12 Grinding Wheel : CBN Wheel For HSS Drill Bit / SD Wheel for Carbide Drill Bit .
• It is not so easy to align the drill less then 3mm.

Sensegood spectrophotometer is a color measurement instrument that analyzes color of any product; be it solid, liquid, or powder. It can also measure the L*,a*,b* colour values.It follows international libraries and standards developed by CIE, USDA, USFDA, SCAA, and AATCC. It displays Spectral Graph and other color attributes: XYZ, Yxy, CIE Lab, LCH, Luv, Hunter Lab, Color temperature, Peak wavelength, RGB, rgb, CMYK, and Hex color code.

• Psi: 0.7252psi 0.0001 psi
• Mbar: 50.00mbar 0.01 mbar
• H2O: 20.07inH2O 0.01inH2O
• MMH2: O 509.8 mmH2O
• Temperature: °F :32.0 to 122.0°F, °C: 0 to 50°C

•  NEW: Modbus-RTU interface
•  NEW: Higher resolution of sensor signal caused by the improved evaluation electronics
•  NEW: Sensor diagnosis on site with a portable device or CS Service Software
•  Integrated display
•  Threshold value adjustable via keypad alarm relay (max. 60 VDC, 0,5 A)
•  Pressure-tight up to 350 bar (special version)
•  Extreme long-term stability
•  Quick response time
•  4...20 mA analogue output
•  2 versions: Refrigeration driers and desiccant driers
•  Easy operation via keys at the display
•  The integrated display shows the dew point in big figures as well as further humidity parameters on two   more display pages. By means of the arrow key it can be browsed between the display pages.
•  The alarm threshold value for the integrated relay can be entered via the keys.
•  Apart from the alarm threshold it is also possible to enter the hysteresis freely.
•  The 4...20 mA analogue output can be scaled freely resp. also allocated to one further parameter, e.g.     g/m3.
•  If requested the sensor can also reckon back from the measured pressure dew point to the atmospheric   dew point upon entering the system pressure of the compressed air plant and the reference pressure   (atmospheric pressure).

• Pump Type: Hand
• Maximum Pressure: 30bar
• Pressure Gauge: NKS KN075130 & Empeo KL16
• Digital Pressure Gauge: GE Druck DPI 103 & Sika

 Instruments Service, Repair, and Calibration

  Instruments service, repair, and calibration are critical functions in maintaining the accuracy and reliability of measurement and testing devices used across various sectors. These processes ensure that instruments perform optimally, providing trustworthy data essential for decision-making, compliance, and operational efficiency.

Instruments Service: This involves regular maintenance and support to keep instruments in optimal working condition. Services include:

· Routine Maintenance: Scheduled checks to identify wear and tear, ensuring instruments perform at their best.

· Technical Support: Access to expert advice and troubleshooting assistance to resolve operational issues.

· User Training: Educating personnel on proper instrument handling and operation to minimize errors and extend equipment life.

Repair: When instruments malfunction, prompt and effective repair services are critical. Key aspects include:

· Diagnostics: Comprehensive assessments to pinpoint issues affecting instrument performance.

· Parts Replacement: Utilizing high-quality, OEM parts for repairs to maintain instrument integrity and reliability.

· Timely Turnaround: Efficient repair processes to minimize downtime and ensure that operations remain uninterrupted.

Calibration: Calibration is the process of adjusting and verifying instruments to ensure accurate measurements. This process includes:

· Measurement Accuracy: Calibration adjusts instruments to meet specific standards, ensuring that measurements are correct and reliable.

· Traceability: All calibrations are traceable to national or international standards, providing credibility and compliance.

· Calibration Certificates: Issuing certificates that document the calibration process, results, and compliance, essential for audits and regulatory requirements.

Importance: Maintaining the accuracy and reliability of measurement instruments is crucial for quality control, compliance with regulations, and the overall efficiency of operations. Regular service, timely repairs, and precise calibration contribute to:

· Enhanced Measurement Confidence: Ensures stakeholders can trust the data produced.

· Regulatory Compliance: Meets industry standards and avoids penalties associated with non-compliance.

· Cost Efficiency: Preventive maintenance reduces the likelihood of costly repairs and equipment replacement.

Conclusion

Instruments service, repair, and calibration are vital for maintaining the integrity of measurement systems. By ensuring that instruments are accurately calibrated and well-maintained, organizations can achieve higher quality standards, improve operational efficiency, and foster a culture of safety and reliability. Investing in these services ultimately leads to better performance, compliance, and customer satisfaction.

• Durable for harsh & demanding environments
• Easy to handle
• User friendly operation
• Portable
• Lightweight

The unit has been designed to suit requirement of a combination of versatile reaction / distillation or combination for pilot plant work.

This has a flexibility of working at atmospheric pressure as well as under vacuum

• 4.3-inch full color LCD screen for real-time viewing of test videos
• Resolution up to 1080P for image capture, video recording
• 360°cable rotation4,TF card can be installed to achieve file storage function
• 8.0 mm, 5.0mm diameter high-sensitivity waterproof camera with
• clear picture quality for different working environments
• Special technology with a focal length of 4 cm -500 cm
• Screen separation control port,making it easy for customers to apply to different locations.
• Auxiliary light source, 6 adjustable LED lights and a flashlight for easyuse in dark environments
• IP67 waterproof
• Battery capacity: 2600mhA

The Industrial Digital Thermometer is a high-precision temperature measuring device designed for industrial applications. Built for accuracy, durability, and ease of use, this thermometer is ideal for monitoring temperature in manufacturing, food processing, HVAC, laboratories, and other demanding environments.

• High Accuracy & Fast Response – Delivers precise temperature readings with minimal response time.
• Wide Temperature Range – Capable of measuring extreme temperatures, suitable for industrial settings.
• Digital LCD Display – Clear and easy-to-read screen with backlight for use in low-light conditions.
• Multiple Sensor Compatibility – Works with thermocouples (K, J, T, etc.) for versatile applications.
• Durable & Weatherproof Design – Rugged casing with IP-rated protection against dust, water, and impacts.
• User-Friendly Interface – Simple button operation with data hold, max/min temperature recording, and auto shut-off.
• Portable & Battery-Operated – Lightweight design with long battery life for on-the-go measurements.

The Metallographic Sample Grinding and Polishing Machine is a high-performance laboratory instrument designed for preparing metallographic samples for microscopic analysis. This machine is ideal for grinding, polishing, and preparing samples of metals, alloys, and other materials to create smooth, flat surfaces free from scratches, ensuring accurate and high-quality results during examination under a microscope.

Key Features:

• Dual Grinding and Polishing Stages: Combines both grinding and polishing functions in a single machine, offering versatility for various metallographic sample preparation steps.
• Precision Control: Features variable speed settings and adjustable pressure to provide precise control over the grinding and polishing process, accommodating a wide range of materials and sample sizes.
• High Efficiency and Consistency: Ensures uniform sample surface preparation with minimal effort and time, reducing labor and increasing throughput in laboratories and research facilities.
• Ergonomic Design: Designed for ease of use, with user-friendly controls and an intuitive interface for smooth operation, even for less experienced users.
• Multiple Disk Sizes and Options: Available with various disk sizes and materials, allowing for customization to suit different sample sizes and types of abrasives or polishing media.
• Water-Cooled System: Integrated water-cooling system to prevent overheating of both the sample and the grinding/polishing surfaces, ensuring optimal results and extending the life of consumable parts.
• Durable Construction: Built with high-quality materials for long-lasting performance and reliability, even under continuous use in demanding laboratory settings.
• Safety Features: Includes safety mechanisms like emergency stop functions, splash guards, and secure sample holders to protect users during operation.

The Pulverizer is a high-performance, robust machine designed for efficiently grinding and pulverizing a wide range of materials, including coal, chemicals, minerals, pharmaceuticals, and other soft to medium-hard substances. Widely used in industries like mining, chemical processing, agriculture, and food production, this machine ensures fast, efficient size reduction and is ideal for applications requiring fine powder or particle production.

Key Features:

• High Efficiency: The Pulverizer ensures quick and uniform grinding of materials, offering high output rates with minimal energy consumption, making it an efficient choice for large-scale operations.
• Wide Application Range: Suitable for grinding a wide variety of materials, including coal, food grains, plastic, chemicals, pharmaceuticals, and more. Its versatility makes it ideal for diverse industrial applications.
• Adjustable Grind Size: Offers flexibility with adjustable settings for different particle sizes, allowing users to customize the fineness of the material based on specific application requirements.
• Durable Construction: Built with high-quality, wear-resistant materials, the Pulverizer is designed to withstand continuous use in demanding environments, ensuring long-term reliability and minimal maintenance.
• Compact Design: Despite its robust construction, the Pulverizer features a compact design that allows for easy installation and operation in limited space areas.
• Advanced Grinding Mechanism: Equipped with precision-engineered grinding blades or hammers, it ensures smooth and efficient grinding while reducing heat buildup and material degradation.
• Safety Features: Includes safety mechanisms like overload protection, noise reduction, and secure locking systems to protect operators and prevent accidents during operation.
• Simple Operation and Maintenance: Features a straightforward control panel for easy operation, while its design allows for easy cleaning and maintenance, minimizing downtime.
• Energy Efficient: Designed to optimize energy use, ensuring low operational costs while delivering consistent results.

The Bell Crank Lever Apparatus is a mechanical device used to demonstrate the principles of force transmission and mechanical advantage. It consists of a bell crank lever mechanism, typically featuring two arms connected by a pivot, and is often used in physics and engineering laboratories to study the effects of force and motion.

Key Features:

1. Mechanical Advantage: Demonstrates how force can be amplified or redirected using a bell crank lever system.
2. Precise Adjustment: Features adjustable arms to vary the mechanical advantage and experiment with different configurations.
3. Durable Construction: Built with high-quality materials such as metal or robust plastic for long-lasting performance.
4. Clear Visualization: Allows users to visually observe how forces are transferred through the lever system.
5. Educational Tool: Ideal for teaching fundamental concepts in mechanics, such as force, torque, and leverage.
6. User-Friendly: Simple design and easy-to-follow instructions make it ideal for classroom or laboratory demonstrations.

The Lace Abrasion Testing Machine is designed to evaluate the durability and wear resistance of shoelaces under simulated real-world conditions. It is widely used in footwear manufacturing, quality control, and research laboratories to ensure that laces meet industry standards for strength and longevity.

• Precision testing that simulates continuous rubbing and tension to assess lace durability.
• Adjustable parameters, including speed, pressure, and cycle count, for customized testing.
• Robust construction with high-quality stainless steel and durable components for long-term reliability.
• User-friendly interface with easy-to-use digital controls for accurate test execution.
• Compatible with various shoelace materials, including cotton, polyester, and synthetic blends.
• Meets industry standards such as ISO and ASTM for abrasion resistance testing.

The Circular Vibratory Screen is a widely used sieving and screening machine designed to separate materials based on size. It uses a vibrating motion to efficiently classify particles into different grades in industries like mining, chemicals, food processing, and recycling.

1. Efficient Screening: Provides high throughput with excellent separation and classification of materials.
2. Circular Motion: Uses a circular vibration pattern to ensure uniform material distribution and separation.
3. Adjustable Vibration Amplitude: Allows customization of vibration intensity to suit different materials and applications.
4. Durable Construction: Built with strong materials like stainless steel to withstand heavy-duty use in industrial environments.
5. Multi-Deck Design: Available in multi-deck configurations for simultaneous separation of multiple sizes.
6. Low Noise Operation: Designed to operate with minimal noise, improving the working environment.
7. Easy Maintenance: Simple to clean and maintain with accessible parts for quick service and minimal downtime.

The Bennenart Flexing Machine is a high-performance testing device designed for evaluating the flexing durability and wear resistance of materials such as leather, rubber, textiles, and synthetic fabrics. Engineered for precision and reliability, this machine ensures accurate simulation of real-world flexing conditions to determine the longevity and quality of materials.

• Advanced flexing mechanism simulates repeated bending and flexing to assess material durability.
• Adjustable testing parameters with customizable speed, angle, and cycle settings for versatile testing.
• High-quality construction ensures long-lasting performance.
• User-friendly interface with easy-to-operate controls for seamless test execution.
• Multi-sample testing capability for increased efficiency.
• Compliance with international standards for accurate and reliable results.

Profile Projectors, also known as Optical Comparators, are precision measuring instruments used for non-contact dimensional inspection of small, intricate components. These instruments project a magnified silhouette of the part onto a screen, allowing users to measure and analyze profiles, angles, radii, and complex geometries with high accuracy.

V-Tech Profile Projectors are designed with high-resolution optics and precision stages, suitable for quality control, tool rooms, production lines, and R&D labs. Available in both vertical and horizontal configurations, they offer versatility for inspecting various shapes, threads, gears, and cutting tools. Models equipped with Digital Data Processors or DRO (Digital Readout Systems) provide real-time data output, measurement storage, and enhanced accuracy.

• High-contrast projection screen with precision etched grid

• Digital Data Processor for real-time measurement and data logging

• Available in horizontal and vertical configurations

• Precision X-Y measuring stage with fine adjustment knobs

• Suitable for inspecting threads, gears, dies, and machined components

• Compatible with optical edge detection and profile overlays

• Rugged construction for industrial environments

• Optional printer and USB connectivity

The V-Tech Muffle Furnace with Magnetic Stirrer is a dual-function laboratory device that combines high-temperature heating and precision stirring in a single unit. Designed for chemical analysis, material testing, and industrial applications, it includes a High Temperature Muffle Furnace with a Rectangular Muffle Furnace chamber, ensuring uniform heat distribution. The Ceramic Hot Plate Magnetic Stirrer provides efficient mixing with variable speed control, making it ideal for laboratories requiring both heating and stirring capabilities.

With advanced digital temperature control and Labman Hotplate Magnetic Stirrer technology, this unit ensures consistent performance in chemical, pharmaceutical, and metallurgical industries. It is also compatible with Carbon and Sulphur Apparatus, making it suitable for precise analytical procedures.

• High-Temperature Muffle Furnace – Supports heating up to 1200°C or 1400°C with uniform heat distribution.

• Rectangular Muffle Furnace Chamber – Ensures stable and consistent heating performance.

• Ceramic Hot Plate Magnetic Stirrer – Provides efficient stirring with adjustable speed.

• Digital Temperature & Speed Control – Precise settings for optimized performance.

• Durable Construction – Built with high-quality alloy and ceramic lining for longevity.

• Versatile Application – Ideal for use with Carbon and Sulphur Apparatus and other analytical procedures.

• Safety Features – Overheat protection and user-friendly operation.

• Multi-Purpose Laboratory Equipment – Suitable for chemical analysis, research, and industrial applications.

The Kymograph Rotating Drum is a mechanical device used to record physiological movements such as muscle contractions, respiration, or blood pressure variations over time. Widely used in biomedical and educational laboratories, it features a rotating drum wrapped with paper on which a stylus traces the motion data.

1. Smooth, adjustable-speed rotation

2. High-quality metal drum with ruled paper

3. Motorized or manual drive options

4. Stable base for vibration-free recording

5. Compatible with various levers and sensors

6. Ideal for physiology and pharmacology experiments

The Magnetic Hysteresis Loop Tracer is a laboratory device used to study the magnetic properties of ferromagnetic materials. It traces the B-H curve (hysteresis loop), allowing analysis of key parameters such as coercivity, retentivity, and magnetic saturation.

1. Accurate tracing of B-H curves

2. Measures coercivity, retentivity, and saturation

3. Built-in power supply and amplifier

4. Digital or analog display options

5. Suitable for soft and hard magnetic materials

6. Ideal for physics labs and material science studies

A Cold Flexing Tester is a laboratory instrument used to determine the resistance of flexible materials—such as rubber, plastics, and coated fabrics—to cracking or damage when bent or flexed at low temperatures. It simulates real-world cold conditions to assess material durability and performance.

Key Features:

1. Low-Temperature Testing – Operates in sub-zero environments to replicate cold weather stress.

2. Material Flexibility Analysis – Evaluates crack resistance and flexibility of non-metallic materials.

3. Compliant with Standards – Meets ISO, ASTM (e.g., ISO 7854, ASTM D2136) and other test protocols.

4. Adjustable Test Cycles – Customizable speed, duration, and temperature settings.

5. Multiple Sample Capacity – Allows simultaneous testing of several specimens.

6. Essential for QC – Used in industries like automotive, footwear, cable, and textile manufacturing.

The Pressure Calibration Test Setup is a precise and reliable system designed to calibrate pressure measurement instruments such as pressure gauges, transmitters, sensors, and switches. Widely used in industries like oil & gas, pharmaceuticals, manufacturing, and research labs, this setup ensures that pressure devices meet regulatory and performance standards. It typically includes a pressure source, reference standard (like a deadweight tester or digital pressure calibrator), connectors, and a data logging or display system. This setup is essential for maintaining accuracy, safety, and compliance in pressure-dependent systems.

1. High-Accuracy Reference Standard
   Includes a traceable digital pressure calibrator or deadweight tester with high-resolution output.

2. Wide Pressure Range Support
   Capable of calibrating low to high-pressure instruments, typically ranging from vacuum up to several thousand psi/bar.

3. Manual or Automatic Pressure Generation
   Offers manual hand pumps or motorized pressure sources for controlled and repeatable pressure application.

4. Multi-Device Calibration
   Allows simultaneous calibration of multiple pressure instruments, improving efficiency in batch testing.

5. Data Logging and Reporting
   Integrated software or digital interface records calibration data and generates test reports for quality audits.

6. Robust and Portable Design
   Built for both lab and field use, with compact, rugged components housed in a protective case or mounted panel.

The Temperature Indicator is a versatile, handheld device engineered for rapid and accurate temperature measurement in applications demanding precision and portability. Whether used in food safety, vaccine storage, or pharmaceutical environments, it offers instant readings through a K-type thermocouple piercing probe, making it ideal for insertion into liquids, semi-solids, or packaging.

The device features a jumbo touchscreen display for intuitive operation and clear data visibility. A non-slip silicon casing ensures durability and ease of handling in fast-paced or sterile environments. Designed for professionals, it supports user calibration, ensuring sustained accuracy over time.

• Instant temperature readings for rapid decision-making

• K-type thermocouple probe ensures accurate insertion-based measurement

• Jumbo touchscreen for easy operation and quick data interpretation

• Slip-resistant silicon cover for rugged use in labs or fieldwork

• Portable, battery-powered design—ideal for on-the-go inspections

• User calibration for maintained accuracy across different applications

• Food safety and processing environments

• Cold chain monitoring for vaccines and biologicals

• Pharmaceutical manufacturing and storage

• Laboratory research and chemical analysis

• Industrial process temperature checks

• Hospitality and catering quality assurance

The industrial thermometer is a robust and reliable temperature measurement device designed for demanding industrial environments. Featuring a stainless steel probe and high visibility yellow body, it accurately monitors temperatures across a wide range — from 0°C up to 600°C — making it ideal for applications in manufacturing, processing, and machinery maintenance.

Key Features (6 Points):

1. Wide Temperature Range: Available models for 0–200°C, 0–250°C, and 0–600°C applications.

2. Durable Probe Design: Stainless steel probe ensures accuracy and resistance to heat and corrosion.

3. High Visibility: Bright yellow body allows easy spotting and handling in busy workspaces.

4. Industrial Grade: Built to withstand harsh environments in factories, plants, and workshops.

5. Easy to Use: Simple operation with clear analog or digital readout depending on model.

6. Versatile Application: Suitable for machinery, fluid temperature checks, and process control.

Laboratory autoclave sterilizers are high-pressure steam systems used to sterilize laboratory instruments, glassware, media, and other materials by eliminating bacteria, viruses, and spores. Widely used in research labs, hospitals, and microbiology settings, they ensure complete and reliable sterilization.

Key Features:

1. Efficient Sterilization: Uses high-pressure saturated steam (121–134°C) for rapid and effective sterilization.

2. Programmable Control Panel: Digital interface with preset cycles for various loads and materials.

3. Safety Features: Includes pressure relief valves, door-locking mechanisms, and automatic shutoff for operator safety.

4. Durable Construction: Made from corrosion-resistant stainless steel chambers for long-lasting performance.

5. Multiple Sizes Available: Available in benchtop, vertical, and horizontal models to suit different lab capacities.

6. Automatic Drying Function: Ensures dry and ready-to-use instruments after sterilization.

The Motorized Bottle Filling Machine is a semi-automatic or automatic device designed for accurately filling liquids into bottles with speed and consistency. Ideal for industries like food & beverage, pharmaceuticals, and cosmetics, it improves efficiency while minimizing spillage and waste.

1. Precision Filling Control – Ensures accurate and uniform liquid levels.

2. Adjustable Filling Volume – Easily set to match different bottle sizes.

3. Stainless Steel Construction – Hygienic, durable, and corrosion-resistant.

4. Motorized Operation – Offers smooth, automated filling with minimal manual effort.

5. User-Friendly Interface – Simple controls for quick setup and operation.

6. Wide Liquid Compatibility – Suitable for water, oils, juices, syrups, chemicals, and more.

The Abrasive Belt Grinder Machine is a powerful and efficient tool designed for grinding, deburring, and finishing metal and other hard materials. Commonly used in fabrication shops, metalworking industries, and tool rooms, it uses an abrasive belt instead of traditional grinding wheels, offering greater flexibility, faster material removal, and a superior surface finish. It’s ideal for shaping, polishing, and surface preparation tasks.

1. High Material Removal Rate
   Delivers fast and efficient grinding performance, ideal for heavy-duty surface processing.

2. Versatile Belt Operation
   Supports both horizontal and vertical belt positions to accommodate different grinding applications.

3. Sturdy & Durable Build
   Constructed with a rigid frame and heavy-duty components to ensure long-lasting performance under continuous use.

4. Adjustable Belt Tension & Tracking
   Easy-to-adjust mechanisms help maintain proper belt alignment and tension for consistent operation.

5. Low Vibration & Noise
   Engineered for smooth operation with reduced noise and minimal operator fatigue.

6. Wide Range of Belt Grits Supported
   Compatible with various belt types and grit sizes for rough grinding to fine polishing.

The V-TECH automatic equipment is designed for efficient and reliable performance in a wide range of environments, including offices, factories, and industrial facilities. Built with a sturdy mild steel (MS) body, it ensures durability and long-lasting operation even under demanding conditions.

Operating on an electric mode with a three-phase power supply (220–240 V, 50 Hz), the system provides stable and consistent performance. Its automatic functionality minimizes manual intervention, enhancing productivity and operational efficiency. The gray and black finish gives it a professional and industrial-grade appearance.

• Fully Automatic Operation – Enhances productivity with minimal manual effort
• Electric & Three-Phase System – Ensures stable and efficient performance
• Durable MS Body – Strong, corrosion-resistant structure
• Industrial Design – Gray & black finish for a professional look
• Standard Frequency (50 Hz) – Suitable for most industrial setups
• Multi-Environment Usage – Ideal for office, factory, and industrial use

• Industrial production units
• Factory automation systems
• Electrical control panels and systems
• Office utility and support equipment
• Manufacturing and processing plants

This Single Phase Electrical Engineering Experimental Setup is designed for laboratory use, enabling students and trainees to perform a variety of electrical experiments safely and efficiently.
The unit consists of a regulated 0–230V, 4A AC power supply, digital meters, a single-phase transformer (230V/115V) with copper winding, and a 2-pole MCB protection system.

The setup is panel-mounted on a durable frame measuring 36" × 24", making it compact and suitable for educational institutions, skill development centers, and engineering labs. With digital metering and built-in safety components, the system provides accurate measurements and reliable performance for practical training.

• Regulated AC Power Supply (0–230V, 4A) for controlled experiments

• Digital Display Meters for precise voltage and current readings

• Single Phase 230V/115V Copper Wound Transformer for step-down testing

• 2P MCB (5A) for protection against overload and short circuits

• Strong & Compact Panel with 36" × 24" layout

• Ideal for Teaching Electrical Concepts such as voltage regulation, transformer testing, and load behavior

• High Durability with copper windings and robust components

• One-Year Warranty for reliable long-term usage

• Engineering Colleges & Polytechnics

• ITI & Technical Training Centers

• Electrical Laboratories

• Skill Development & Vocational Training

• Basic Electrical Experiments

The 15 kVA Servo Voltage Stabilizer is a precision-engineered device designed to ensure a stable and regulated output voltage for sensitive electrical and electronic equipment. Available in single-phase and three-phase models, this stabilizer corrects fluctuations within a wide input voltage range (300V–460V/480V) and delivers a consistent output of 415V or 400V.

Using microcontroller-based digital control, the stabilizer provides fast, accurate voltage correction with real-time monitoring through digital meters. Depending on application needs, it is built with either air-cooled (dry type) or oil-cooled systems for enhanced durability and performance. It is suitable for residential, commercial, and industrial environments, ensuring maximum protection against voltage instability.

• 15 kVA high-efficiency servo voltage control

• Available in single-phase and three-phase variants

• Wide input operating voltage: 300V to 460/480V

• Digital/microcontroller-based voltage regulation

• Stable output of 415V or 400V

• Air-cooled or oil-cooled construction options

• Digital display for voltage, current & system status

• Overload, short-circuit, and high/low voltage protection

• Heavy-duty steel enclosure for industrial-grade durability

• Suitable for continuous 24×7 operation

• Domestic Homes & Farm Houses

• Commercial Establishments

• Hospitals, Clinics & Medical Centres

• Industrial Machinery & Workshops

• Offices, Shops, IT Equipment

• Refrigeration, HVAC & Pumps

• Sensitive laboratory and testing instruments

The ATRAC 052 Environmental Chamber with Glycol Chiller and Water Bath manufactured by V-Tech is a precision-controlled testing system designed for battery pack evaluation under controlled thermal conditions.

This system integrates a glycol-based cooling unit with a water bath and air circulation chamber, enabling accurate simulation of environmental conditions. It ensures uniform temperature distribution across the test specimen while maintaining safe and stable operating conditions.

With a dedicated test space of 300 × 300 × 200 mm, the chamber is ideal for accommodating compact battery modules while allowing sufficient airflow for consistent thermal exposure.

• Integrated glycol chiller + water bath system
• Designed specifically for battery testing applications
• Uniform temperature distribution via forced air circulation
• Compact test chamber size for precise testing
• Programmable temperature control system
• High-quality thermal insulation for efficiency
• Built-in safety protections (over-temp, alarms)
• Robust and corrosion-resistant construction
• Stable and repeatable thermal performance

• Battery pack testing (EV / energy storage)
• R&D laboratories
• Industrial product testing
• Thermal cycling and conditioning tests
• Electronics component validation
• Environmental simulation testing

A pottery wheel is a mechanical device used by ceramic artists to shape clay into symmetrical forms like pots, bowls, and vases. It spins the clay while the potter molds it using hands and tools, making it essential for wheel-throwing techniques in ceramics.

Key Features:

1. Variable Speed Control: Adjustable wheel speed for precise shaping and smooth rotation.

2. Electric or Manual Operation: Available in motorized (electric) or kick-wheel (manual) versions.

3. Durable Wheel Head: Made of aluminum or steel, often with centering rings for clay placement.

4. Sturdy Frame: Strong base for stability during high-speed operation and heavy use.

5. Splash Pan & Foot Pedal: Includes removable splash guard and foot pedal for hands-free speed control (electric models).

6. Compact & Portable Designs: Ideal for studios, classrooms, or home use, with some models being lightweight and easy to transport.