Instrumentation

The Hand-Driven Generator Insulation Tester is a rugged and reliable device for measuring high insulation resistance in electrical equipment. Designed with an anti-magnetic aluminum housing for durability and stability, this tester generates test voltages from 100 V to 5000 V (with some models up to 10 kV) through a manual generator mechanism. Its fast 3-second response time, protective metallic flap window, and centrifugal clutch system ensure consistent output voltage and operator safety. Conforming to ISS: 2992/1987 standards, this tester is well-suited for both laboratory and field use.

• Manual, hand-driven generator mechanism for reliable field testing.

• Test voltage range: 100 V to 5000 V (extendable to 10 kV in advanced models).

• Wide insulation resistance range: up to 5000 MΩ depending on model.

• Sturdy anti-magnetic aluminum body for mechanical strength and durability.

• Collapsible handle and chuck nut locking for portability and ease of use.

• Centrifugal clutch ensures constant output voltage during operation.

• Safety design withstands high-voltage stress conditions.

• Metallic flap protects the glass display window.

• Conforms to ISS: 2992/1987 for quality and reliability.

• Measuring insulation resistance in cables, motors, transformers, and switchgear.

• Preventive maintenance and safety checks in electrical installations.

• Suitable for field engineers, testing technicians, and utility service providers.

• Earth resistance measurement in power distribution systems.

• Ideal for use in industrial plants, power utilities, and laboratories.

This advanced CCTV Camera Tester provides comprehensive support for both IP and analog cameras. It can test H.264/H.265/H.265+ encoded IP cameras up to 6K resolution, as well as 8MP HD coaxial cameras including TVI, CVI, AHD, and CVBS with PTZ control. The device features HDMI input/output supporting 1080P, built-in PoE for powering IP cameras directly, and multiple DC outputs for analog cameras. With a high-capacity 7.4V 7000mAh battery, Wi-Fi hotspot capability, USB/SD storage, and Android app support, it is ideal for professional field technicians requiring a portable and versatile testing solution.

• Supports IP cameras with H.264/H.265/H.265+ encoding, up to 6K resolution

• Coaxial HD camera testing: 8MP TVI/CVI/AHD & CVBS with PTZ control

• HDMI input & output, supporting 1080P

• Built-in PoE: 48V, 25.5W for IP cameras

• DC outputs for analog cameras: 5V/2A, 12V/3A, 24V/1A

• High-capacity 7.4V 7000mAh Lithium Polymer battery

• Wi-Fi hotspot creation for mobile monitoring

• USB & SD card storage

• Android app compatibility

• Lightweight and portable for field use

• Installation and alignment of IP and analog surveillance cameras

• Video signal monitoring and troubleshooting

• PTZ control testing for analog cameras

• Direct powering of IP cameras via PoE

• Mobile monitoring via Wi-Fi hotspot

• Recording and storage via USB/SD cards

• Field service and maintenance for professional CCTV systems

The JUMO Turbidity Sensor is a high-precision optical sensor designed for continuous monitoring of turbidity in liquids. Using infrared light scattering technology (ISO 7027 standard), it provides accurate, real-time NTU measurements without being affected by sample color. With robust construction and digital output compatibility, it is ideal for water treatment plants, beverage industries, wastewater facilities, and environmental monitoring. Its compact, reliable design ensures long-term stability, low maintenance, and easy integration with control systems.

• Infrared Light Scattering Technology – Provides accurate NTU readings based on ISO 7027.

• Continuous Online Monitoring – Real-time measurement for process control.

• Color-Independent Results – Ensures accuracy even in colored liquids.

• Wide Measurement Range – Suitable for low and high turbidity applications.

• Digital & Analog Output Options – RS485/Modbus or 4–20 mA integration with PLCs/SCADA.

• Rugged & Waterproof Design – Built for industrial and environmental conditions.

• Low Maintenance – Automatic temperature compensation and stable optical system.

• Applications – Drinking water, wastewater treatment, industrial effluents, food & beverage production, aquaculture, and environmental monitoring.

This digital coating thickness gauge provides precise, non-destructive measurement of coatings on metals and other substrates. It features a wide measuring range up to 1250 µm (50 mil), high resolution for thin coatings, and accuracy suitable for industrial and laboratory applications. The LCD display ensures easy readability, while battery operation allows portability. The device supports unit conversion and is compact and lightweight, making it convenient for on-site inspections.

• Measures coating thickness from 0 to 1250 µm (0–50 mil).

• High resolution: 0.1 µm for thin coatings, 1 µm for thicker coatings.

• Accuracy: ±1–3% or ±2.5 µm (±0.1 mil), whichever is greater.

• Digital LCD display for clear readings.

• Portable, battery-operated (2 or 4 AAA batteries).

• Unit conversion between mm, mil, and µm.

• Compact and lightweight design for field use.

• Suitable for iron, aluminum, and other substrates.

• Measurement of paint, enamel, or plating thickness on metal surfaces.

• Quality control in manufacturing and metal finishing industries.

• Laboratory testing for coating uniformity and compliance.

• Inspection of automotive parts, machinery, and industrial equipment.

• Field testing for maintenance and corrosion prevention programs.

• Used in Flow-time determination for Self-Consolidating Concrete (SCC)
•  Out flow orifice is equipped with a valve that can be openned momentarely
•  Supplied with bucket

• Made of stainless steel
• Stand-mounted

We have been able to offer an optimum quality Cohesion Value Meter, widely usedin industrial labs for testing cohesion value of pastes. Additionally, we presentdifferent models in our assortment that satisfies the requirements of the industry atvarious levels of precision applications. Apart from this, remarkable quality andsturdy structure increase the demand of our offered testing machine in the market 

• VT-304 Wall mount quick screening tester with fuel cell sensor
• Bluetooth printer
• For quick screening the factory, school, bus, taxi company, logistic company train/ airline staff etc.
• It enhanced gate control part, alarm control part, also 3 colour flash light.
• 88,000 test records with time stamp and download to PC via USB
• Build alarm light: 3 colour/ 12V
• Power supply: DC 12V
• Display: 2.4 TFT color LCD
• Keyboard: OK, UP & DOWN
• Unit setting: mg/ Lmg/ 100ml BAC & °C
• Test mode: Quick active
• Operated environment: From 5°C to +45°C (5°C to +40°C for optimum operation)
• Long term storage condition: Temperature: 5°C to +55°C
• Humidity: 30 to 90%RH
• Display range: 0.00~2.0mg/ I BAC or 0~4.0°BAC; BAC or 0~0.04°C
• Breath sampling: about 1 seconds breath sample
• PC Download USB Port; Door control port, Alarm control ports
• Size: 180*125*40mm (main body)

• CE certificate 99999.99 Hour Meter VT-1 Time counter, Hour Counter) Hours run panel meter with frequency of 50 or 60Hz
• CE certificate Hours Run Panel Meter with frequency of 50 or 60 HZ
• Hour meter  (Time counter, Hour counter)
• Display: 99999.99
• Voltage: 12V DC, 24V; 110V AC, 220V, 380V
• Frequency: 50 or 60 Hz

• 31⁄2 Digital Multimeter
• No Power-OFF under natural operation
• Full protection in All Ranges
• NCV Test
• Diode test 
• Transistor Testing

Features: 

• Digit 10mm LCD Display
• Ranges: H,M,L (High, Medium, Low)
• Flash Adjust:
• Coarse adjustment,
• Fine adjustment
• X2 and ÷2 for fast Check
• Triggering Mode: Interior/Exterior
• Standard Accessory : Instruction Manual, Spare Flash Tube
• Dimension : 220(H) x 125(W)x125(D)mm 

Measures Power and Energy for single phase and three

phase loads

Auto-ranging

Data Logging up to 99 Data

Sleep Mode

Clamp Jaw Dia 56mm

Confi rms to CAT III 600V, IEC 61010, CAT IV 300V

Non Contact Voltage Detector

Data Hold, Max / Min record

USB PC Interface

Display                 4 digits Triple Backlit LCD Display

                            with analogue bargraph

AC Voltage          0 – 100 / 400 / 750V T-RMS

Accuracy             ±1.2%

AC Current          0 – 40 / 100 / 400 / 1000A T-RMS

Accuracy             ±2.0%

Active Power       0.01kW – 750kW

Accuracy             ±3.0%

Apparent Power  0.01kVA – 750kVA

Accuracy             ±3.0%

Reactive Power   0.01kVAR – 750kVAR

Accuracy             ±3.0%

Power Factor      0.3 – 1 (Capacitive / Inductive)

Accuracy             ±4.0%

Phase Angle       0°- 90°

Accuracy             ±2°

Frequency           50Hz – 200Hz

Active Energy      0.001 – 9999kWh

Accuracy             ±3.0%

Temperature       -50° - 1300°C

Auto Ranging, Auto Selection SMT Component tester

Features:

• Display 6000 Counts LCD Display
• Overload and Low Battery Indication
• Auto Power Off
• DC Voltage 0 – 600m / 6 / 50V DC
• Accuracy ±0.8%
• AC Voltage 0 – 600m / 6 / 50V AC
• Accuracy ±1.0%
• Resistance 0 – 600 / 6k / 60k / 600k / 6M /60MΩ
• Accuracy ±0.8%
• Capacitance 0 – 6n / 60n / 600n / 6u / 60u / 600u / 6m / 60mF
• Accuracy ±3.0%
• Diode Continuity Test
• Provided with extended probes for discrete component testing.

The V-Tech Handheld Dew Point Meter is a high-precision, portable instrument designed for measuring dew point, temperature, and humidity levels in industrial and environmental applications. Engineered for fast, accurate, and reliable performance, this device is ideal for compressed air systems, HVAC, gas processing, and laboratory use.

• Accurate Dew Point Measurement – Provides precise readings for monitoring moisture levels in air and gases.
• Wide Measurement Range – Supports low and high dew point detection for various industrial applications.
• Fast Response Time – Ensures quick and stable readings for real-time monitoring.
• Digital LCD Display – Clear, backlit screen for easy reading in any lighting condition.
• Portable & Lightweight Design – Compact and ergonomic for field and industrial use.
• Data Logging & USB Connectivity (Optional) – Stores measurements for analysis and reporting.
• Durable & Robust Build – Designed for harsh industrial environments with protective casing

The V-Tech Abrasion Wear Tester is a specialized instrument designed to evaluate the abrasion resistance of materials such as paints, coatings, plastics, textiles, and metals. It ensures product longevity, material durability, and compliance with industrial standards.

• Multiple Abrasion Testing Methods – Supports various wear resistance standards.
• Adjustable Load & Speed Settings – Allows customized testing conditions.
• Digital Display & User-Friendly Controls – Ensures accurate and repeatable results.
• Heavy-Duty & Industrial-Grade Construction – Designed for high-usage testing environments.

The Whole Shoes Flexing Tester is designed to evaluate the durability and flexibility of full shoes under repetitive bending conditions. Constructed with high-grade stainless steel, this tester ensures precision, reliability, and long-term durability. The stainless steel mirror finish enhances its resistance to corrosion, making it ideal for footwear testing laboratories.

• Operates at 50 Hz frequency with a stable 220 VAC power supply
• Stainless steel body for enhanced durability and corrosion resistance
• Mirror finish for a premium and easy-to-clean surface
• Designed to simulate real-world flexing conditions for full shoe testing
• Ensures compliance with international footwear testing standards

The Abrasion Tester for Leather is engineered to assess the wear and durability of leather materials under controlled abrasive conditions. Constructed from high-quality mild steel and finished with a powder coating, this tester ensures durability and resistance to corrosion. It features a digital display for precise monitoring and operates in a semi-automatic mode, offering a balance between user control and convenience. The worm reduction gear mechanism guarantees smooth and efficient power transmission during testing cycles.

• Sturdy mild steel construction with powder-coated finish
• Digital display for accurate data readouts
• Semi-automatic operation for ease of use
• Worm reduction gear speed for enhanced torque and stability
• Compact and ergonomic design for lab environments

The Leak Proof Tester for Safety Footwear is designed to assess the waterproofing and sealing quality of safety shoes and boots. Constructed from high-grade stainless steel, this semi-automatic tester provides accurate results with a digital display for precise monitoring. Its compatibility with both single-phase and three-phase power supplies ensures flexible operation in various testing environments.

• Digital display for accurate leak detection readings
• Stainless steel construction for durability and corrosion resistance
• Semi-automatic operation for efficient and reliable testing
• Compatible with both single-phase and three-phase power supply
• Designed for rigorous testing of safety footwear waterproofing

The Angle of Repose Apparatus is a precision-engineered instrument designed for determining the natural angle of repose of granular materials. It is widely used in material testing laboratories, civil engineering, pharmaceuticals, agriculture, and food processing industries to evaluate the flow properties of powders and granules.

This apparatus includes a stainless steel funnel with a precise 60º ± 0.5º taper and 5 mm outflux diameter, mounted on a chassis that ensures consistent height (80 mm ± 2 mm) between the funnel tip and the receiving surface. The receiving tray has a diameter of 80 mm, offering sufficient space to form a symmetrical cone for accurate angle measurement. An integrated 10 cm protractor aids in quickly measuring the angle relative to the horizontal.

• Accurate Measurement: Ensures high repeatability with a ≤ 1% repeated error.

• Durable Construction: Built from corrosion-resistant SS 202/201.

• Compact Design: Ideal for lab benchtop use and field setups.

• Quick Setup: Minimal assembly required for immediate use.

• Clear Visualization: Protractor enables straightforward angle readings.

• Powder Flow Testing in Pharmaceuticals

• Granular Material Analysis in Civil Engineering

• Bulk Density Studies in Food & Agro Industries

• Quality Control in Material Handling and Processing

• Educational and Research Laboratories

This Portable Surface Roughness Tester is a compact, precision instrument engineered for detailed surface texture analysis across various materials. Capable of measuring an extensive range of roughness parameters—including Ra, Rz, Rt, Rq, Rsk, Rku, and others—it is ideal for quality control, production monitoring, and laboratory analysis.

Equipped with a high-sensitivity inductive probe featuring a diamond stylus (5 µm radius, 90° angle), the instrument operates over a Z-axis range of 320 µm and an X-axis range of 17.5 mm, with selectable cut-off lengths and variable traverse speeds. The device maintains high accuracy (±10%) and allows results to be stored, displayed, and transferred via USB or Bluetooth to PCs, smartphones, or compatible printers.

With a long-lasting lithium battery and memory capable of storing up to 100 measurements and waveforms, the unit is suitable for extended field or lab use. It fully complies with ISO, DIN, ANSI, and JIS standards, ensuring reliable and standardized results.

• Measures a comprehensive set of roughness parameters

• High-precision diamond stylus with low 4 mN measuring force

• Three selectable cut-off lengths with multiple traverses

• Internal memory for up to 100 measurements and waveform storage

• Bluetooth and USB output for seamless data sharing

• Rechargeable battery with over 50 hours of operation

• Compact and lightweight design (400 g) for portable use

• Standards-compliant across ISO, DIN, ANSI, and JIS

• Surface finish inspection in manufacturing and machining

• Quality control in automotive, aerospace, and electronics industries

• Laboratory-based material research and development

• On-site measurement in construction and maintenance

• Educational and training purposes in metrology and mechanical labs

This Digital Dial Indicator is designed for precision measurement in mechanical and inspection applications. With a measuring range of either 12.5 mm (0.5") or 50 mm (2"), it offers a high-resolution digital display that reads in both metric and imperial units (0.01 mm / 0.0005 inch).

Built for durability and ease of use, it provides reliable performance with ±0.02 mm accuracy and 0.01 mm repeatability. The large LCD digits enhance visibility, while its intuitive functionality—featuring zero setting, preset reference, and automatic/manual power-off—streamlines your workflow.

• Dual-range availability: 12.5 mm or 50 mm

• High-resolution display for precise readings

• Supports inch/metric conversion

• Durable construction for workshop and field use

• Easy-to-use interface with zero and preset functions

• Power-saving features with auto/manual shut-off

• Dimensional inspection in manufacturing and machining

• Calibration of jigs, tools, and fixtures

• Precision engineering and metrology labs

• On-site component alignment and verification

• Educational tools in mechanical measurement training

The Vibration Analyzer is a compact yet powerful diagnostic tool engineered to monitor and analyze machinery vibrations. It supports multiple measurement modes to identify faults caused by issues such as unbalance, misalignment, structural looseness, and bearing degradation. Its ability to connect with both wired and advanced wireless triaxial sensors allows comprehensive vibration monitoring in real time.

• Detects and diagnoses unbalance, misalignment, looseness, and bearing faults

• Alarm levels based on ISO10816-3 standard

• Measures vibration velocity, acceleration, and displacement

• Integrated FFT analyzer for detailed frequency spectrum analysis

• Compatible with wired and wireless triaxial sensors

• Real-time data visualization via mobile/PC app

• Predictive maintenance in industrial environments

• Early fault detection in rotating machinery

• Laboratory testing of mechanical systems

• Remote condition monitoring using wireless sensors

The Ghee Clarifier Machine is a specialized system designed to produce high-purity ghee by efficiently separating milk solids from fat through the process of controlled heating. Crafted from durable stainless steel , the machine ensures hygiene, corrosion resistance, and long-term performance in demanding environments.

Equipped with advanced features such as jacketed construction for steam heating, integrated agitators for uniform mixing, and filtration systems for superior clarity, this unit is essential for streamlined ghee production.

• Efficient Clarification: Precisely separates milk solids to deliver premium-quality ghee

• Robust Stainless Steel Build: Ensures food safety, hygiene, and corrosion resistance

• Optional Steam Jacket: Facilitates uniform and energy-efficient heating

• Agitator Mechanism: Promotes consistent mixing during clarification

• Scalable Capacities: Available for both home-scale and industrial-level production

• Filtration System: Enhances ghee purity and clarity

• Commercial dairies and ghee manufacturing units

• Food processing and confectionery industries

• Traditional and modern ghee production in restaurants and sweet shops

• Regional and export-oriented ghee production

The Melt Flow Index (MFI) Tester is a specialized instrument designed to determine the MFI value of both organic and inorganic polymer specimens. The MFI is a key indicator of a polymer’s molecular weight, viscosity, and processability, making it essential for evaluating material grade and manufacturing suitability.

By measuring how much polymer flows through a capillary under specific conditions of temperature and load, the tester enables manufacturers to assess material consistency, predict processing behavior, and ensure compliance with industry standards.

• Calculates the Melt Flow Index to determine polymer grade

• Compatible with a wide range of thermoplastics and polymers

• Offers quick and reliable results for quality assurance

• Helps assess material uniformity and processing characteristics

• Ideal for research labs, QC departments, and production facilities

• Packaging Industry: To ensure material suitability for films and containers

• Automotive Sector: For plastic component testing under precise flow parameters

• Medical Device Manufacturing: To validate material grade and safety

• Polymer Production: For raw material evaluation and batch consistency

The Digital Tachometer is a compact, handheld device designed to accurately measure the rotational speed (RPM) of motors and mechanical components. With a robust plastic body in a sleek black-grey finish, it is ideal for field and industrial use. The clear digital display ensures easy and precise reading, making it a reliable tool for maintenance, quality control, and troubleshooting applications.

• Digital display for instant RPM readings

• Lightweight plastic construction for portability

• Ergonomic black-grey casing for a professional look

• Packaged securely in a box for protection during storage and transport

• Suitable for non-contact or contact measurement (based on model)

• Measuring RPM of motors, pumps, fans, and conveyor systems

• Routine industrial maintenance and inspections

• Laboratory testing and mechanical diagnostics

• Automotive repair and equipment servicing

• Quality control in manufacturing environments

The Precise Industrial Device is designed for robust industrial applications, offering reliable performance under standard operating conditions. It functions effectively within a temperature range of 0–40°C and a humidity range of 20%–80% RH, with an accuracy of 2% RH. Powered by a 9V battery, this compact device measures 158 × 62 × 32 mm and weighs only 151 grams, making it portable and convenient for field or factory use. Its white body ensures a clean, professional appearance.

• Suitable for industrial applications

• Operates in 0–40°C temperature range

• Measures humidity accurately within 20%–80% RH (±2% RH)

• Compact and lightweight: 158 × 62 × 32 mm, 151 grams

• Powered by 9V battery for portable usage

• Durable and reliable for industrial environments

• Available in stock

• Industrial monitoring and measurement

• Environmental control in factories or labs

• Field-based industrial inspections

• Equipment calibration and testing

• Portable industrial measurement tasks

The Digital Alcohol Breath Analyzer is a portable, highly sensitive device designed for fast and accurate measurement of blood alcohol concentration (BAC). Utilizing either fuel cell or semiconductor sensors, it provides precise readings in seconds while ensuring hygienic, non-contact testing.

Equipped with features such as audible alerts, anti-fake blowing, intelligent gas sampling control, and a built-in purification chamber (in some models), it is ideal for law enforcement, workplace safety, and personal use. Its compact, lightweight design and long battery life make it easy to carry and operate in various environments.

• High-precision BAC measurement with rapid response.

• Large LCD display for easy reading of results and battery status.

• Non-contact testing for hygienic operation.

• Audible alerts for high alcohol levels.

• Intelligent anti-fake blowing system and upgraded sensing.

• Quick analysis and clearing times (<5s analyzing, <10s clearing).

• Long continuous working time (>8 hours).

• Compact and portable design.

• Rechargeable via Type-C or Micro-USB, or powered by AAA batteries.

• Some models include a built-in purification chamber.

• Law enforcement: roadside BAC testing.

• Workplace safety monitoring.

• Clinical and hospital screening.

• Personal use for responsible alcohol consumption.

• Events, hospitality, and transport safety checks.

• Educational demonstrations on alcohol effects.

The Wood Moisture Meter provides accurate, reliable measurements of moisture content in wood and other building materials. Featuring an LCD display, it offers readings with ±0.5% accuracy and ±0.1% resolution. Pre-calibrated for multiple wood species, it is suitable for construction, woodworking, and quality control applications.

Its durable, impact-proof housing, auto power-off, data hold function, and audio/visual alarms make it a convenient and practical tool for both professional and personal use. A protective cap and carrying case ensure safe portability.

• Measures moisture content of wood, paper, cardboard, and other building materials.

• Accurate readings: ±0.5% accuracy and ±0.1% resolution.

• Memory with 4 wood groups covering ~50 species.

• Impact-proof housing for durability.

• Auto power-off to conserve battery.

• Data Hold and built-in battery check with low battery display.

• Audio/visual alarm indicating low, medium, and high moisture levels.

• Protective cap and carrying case included.

• Woodworking and carpentry moisture assessment.

• Building inspection and construction quality control.

• Paper, cardboard, and material moisture testing.

• Furniture manufacturing and lumber storage monitoring.

• DIY projects requiring accurate moisture content measurement.

The Solids & Turbidity Sensor is a high-performance optical device designed to measure suspended solids concentration and turbidity in water and wastewater applications. Using advanced infrared light scattering and absorption technology, it provides accurate real-time monitoring of solids and turbidity levels. This sensor is highly reliable for use in drinking water treatment, wastewater plants, industrial effluents, environmental monitoring, and aquaculture systems. Compact in design, it integrates seamlessly with digital transmitters, controllers, or data loggers for process automation.

• Dual Measurement Function – Measures both suspended solids and turbidity.

• Advanced Optical Technology – Infrared light scattering for precise and stable readings.

• Real-Time Monitoring – Continuous measurement for process control and quality assurance.

• Wide Measuring Range – Suitable for low to high turbidity and solids concentrations.

• Digital Output Options – Supports MODBUS/RS485 or analog signals for integration.

• Durable & Waterproof Design – Built to withstand harsh industrial and environmental conditions.

• Low Maintenance – Automatic compensation for temperature and fouling resistance.

• Applications – Drinking water plants, wastewater treatment, industrial discharge, aquaculture, and river/lake monitoring.

The Falling Weight Type Impact Testing Machine is designed to evaluate the impact resistance and toughness of materials such as plastics, metals, composites, pipes, cables, sheets, and films. The testing principle involves dropping a known weight from a specified height onto the test specimen to determine its ability to withstand sudden impact loads. It is widely used in quality control, R&D laboratories, packaging, automotive, and construction industries. This machine complies with ASTM, ISO, and IS standards for accurate and reliable test results.

• Rugged Construction – Ensures durability and stable operation.

• Variable Drop Height – Adjustable for controlled impact energy levels.

• Interchangeable Weights & Strikers – Suitable for a wide range of test specimens.

• Digital/Analog Measurement – Records height, velocity, and absorbed impact energy.

• Safety Enclosures – Protects operator during testing.

• Versatile Applications – Ideal for plastics, pipes, films, glass, packaging, and structural materials.

• Compliance with International Standards – ASTM D2444, ISO 3127, IS 4984, etc.

• Optional Computerized System – Data acquisition and graphical impact analysis.

The Drop Weight Test Machine is a precision testing instrument designed to determine the impact strength, toughness, and fracture characteristics of various materials under sudden impact loading. This machine operates on the principle of dropping a specified weight from a controlled height onto the test specimen, enabling accurate assessment of material resistance. It is widely used in research laboratories, quality control departments, packaging, plastics, automotive, aerospace, and construction industries.

• Robust Construction – Heavy-duty frame ensures durability and stability during testing.

• Adjustable Drop Height – Allows variation of impact energy for different material requirements.

• Precision Drop Mechanism – Provides consistent and accurate free-fall impact.

• Interchangeable Weights & Strikers – Facilitates testing across a wide range of materials.

• Digital / Mechanical Readout – For accurate measurement of drop height and energy absorbed.

• Safety Enclosures – Protects operator with shielding and secure specimen clamping.

• Versatile Applications – Suitable for plastics, composites, metals, ceramics, cables, films, and more

The Digital Leakage Current Meter is a precision instrument used to measure leakage currents in electrical installations, appliances, and equipment with high accuracy. It helps detect insulation failures, ground faults, and potential electrical hazards, ensuring compliance with safety standards. Equipped with a digital display and advanced sensing technology, it allows reliable measurements of very low currents that are not detectable by conventional clamp meters.

This instrument is widely used in electrical maintenance, quality control, R&D labs, household appliances testing, and industrial inspections.

• Digital LCD Display – Clear and accurate readings of leakage current.

• Wide Measurement Range – Capable of measuring currents from microamps (µA) to amps (A).

• High Sensitivity – Detects low-level leakage currents precisely.

• Clamp-On Design – Enables non-intrusive measurement without disconnecting circuits.

• Data Hold Function – Freezes the reading for easy observation.

• Overload Protection – Ensures safety and durability during operation.

• Portable & Lightweight – Compact design for on-site and field use.

• Applications – Used for testing household appliances, motors, industrial equipment, UPS, inverters, and wiring systems.

The V-Tech Handheld Metal Detector is a compact, lightweight, and highly sensitive device designed for rapid detection of metallic objects. Built with a durable ABS or PVC molded body, it withstands rigorous field use while maintaining user comfort. The detector provides audio and visual alerts upon detecting metal, and certain models include vibration feedback and an integrated LED flashlight for enhanced usability in low-light environments.
With adjustable sensitivity, the device allows operators to fine-tune detection performance for diverse security or inspection applications. Its battery-powered design ensures portability and continuous operation without the need for external power sources.

• Detects even small metal objects with high precision

• Dual indication modes: audio and visual (optional vibration and LED light)

• Adjustable sensitivity for flexible operation

• Lightweight and ergonomically designed for ease of use

• Rugged ABS/PVC housing ensures long-lasting durability

• Battery powered for convenient field use

• Security screening at airports, schools, and public events

• Industrial and construction site inspections

• Detection of concealed or lost metal objects

• Forensic and archaeological fieldwork

• Customs and law enforcement operations

The Type AS Separate Probe Coating Thickness Gauge is a precision instrument designed for accurate, non-destructive measurement of coating thickness on various metallic substrates such as iron and aluminum. Equipped with a separate probe, it offers flexibility in measuring hard-to-reach areas. The LCD display provides clear readings, and its portable design makes it convenient for on-site inspections. Built for durability and ease of use, it delivers reliable and consistent results for industrial, laboratory, and maintenance applications.

• Measures coating thickness up to 1250 µm.

• High resolution: 0.1 µm for thin coatings, 1 µm for thicker coatings.

• Accuracy range of 1–3%.

• LCD display for easy readability.

• Separate probe design for flexible measurements.

• Portable and battery-operated (2 × AAA or 4 × AAA).

• Durable construction for industrial and field use.

• Simple, user-friendly operation.

• Measuring paint, enamel, or plating thickness on metals.

• Quality control in manufacturing and metal finishing.

• Inspection of automotive parts and machinery.

• Laboratory testing for coating uniformity.

• Field inspections for maintenance and corrosion prevention.

The Single Phase Impact of Jet Apparatus is a laboratory-grade experimental setup designed to study the momentum transfer of a fluid jet striking various vanes. It allows accurate analysis of jet force and impact through a differential lever mechanism, adjustable load screw, and dead weight system. With robust construction and precision tanks for flow measurement and recirculation, this unit is ideal for academic demonstrations and fluid mechanics experiments.

• Precision-built system for analyzing jet impact on vanes

• Single phase, 230 V power supply for easy lab integration

• Differential lever and dead weight system for accurate force measurement

• Large sump and measuring tanks ensure smooth water circulation

• Compact footprint ideal for laboratory spaces

• Supports educational and research applications in fluid dynamics