Instrumentation

The Portable Surface Roughness Tester is a high-precision instrument designed to measure surface texture with exceptional accuracy and ease. Featuring a diamond-tipped stylus with a 60° angle and 2 µm radius, it provides detailed surface profiles for a wide range of materials. The lightweight and compact design make it ideal for both in-lab and on-site testing environments. With a measuring force of 0.75 mN and a traverse range of 17.5 mm, it delivers reliable and repeatable results.

• High-accuracy surface roughness measurement using diamond stylus

• Portable and lightweight for field and lab use

• 360 µm measuring range for broad surface conditions

• Consistent measuring force ensures repeatable results

• Easy handling with 1-meter cable length

• Skid-type stylus for enhanced stability during measurement

This Earth Resistance Tester is an advanced diagnostic tool for measuring ground resistance in multi-earthing systems—without the need for auxiliary earth spikes. It features a broad measurement range and True RMS current detection, making it ideal for environments with complex grounding and high electrical noise. Built with smart filtering and user-friendly functions, it ensures accurate, fast, and efficient testing.

• No auxiliary earth spikes required – ideal for active systems

• True RMS current measurement from 1 mA to 30 A

• High accuracy with auto-ranging resistance measurement

• Fast Fourier Transform (FFT) filtering for noise reduction

• High-resolution measurements down to 0.001 Ω

• Adjustable test frequency for flexible use across environments

• Memory storage for 100 data points

• Backlit display, data hold, and buzzer alerts

• Auto power-off for battery conservation

• Electrical Safety Inspections

• Grounding System Verifications

• Power Distribution Systems

• Industrial & Commercial Earthing Networks

• Utilities and Infrastructure Maintenance

This insulation tester provides precise measurement of insulation resistance for industrial, electrical, and maintenance applications. It supports multiple test voltages up to 1000V with ranges suitable for low- and high-resistance measurements.

Its high drive current and short-circuit current exceeding 2.55 mA ensure accurate and reliable insulation testing. The tester also features AC voltage and ohm measurement functions, making it versatile for motor windings, relay coils, and other low-resistance applications. The large 18 mm LCD display provides clear and easy-to-read results.

• Multi-voltage insulation measurement: 100V–1000V

• Measures insulation resistance up to 2000 MΩ

• AC voltage and resistance measurement functions

• Low-resistance 200 Ω precision range for motors, relays, and wiring

• High drive current for accurate insulation testing

• Short-circuit current > 2.55 mA

• Large 18 mm LCD display for easy readings

• Testing insulation of motors, transformers, and high-voltage equipment

• Low-resistance measurements of motor windings and relay coils

• Industrial electrical maintenance and diagnostics

• Quality assurance in electrical manufacturing

• Field and laboratory insulation verification

This compact iron loss tester is designed for fast and reliable measurement of the overall iron loss value in single electrical steel sheet specimens. Engineered for simplicity and precision, it provides direct readings in Watt per kilogram, allowing quick assessment of material performance for quality control and research applications.

The instrument supports specimen thicknesses up to 0.65 mm—extendable to 0.10–0.90 mm in similar models—and accepts samples wider than 5 mm and longer than 20 mm. With a measurement capability across 1.0 to 1.8 Tesla induction levels and iron loss values up to 19 W/kg, it accommodates a broad range of electrical steel grades.

Offering an accuracy within ±5%, the system operates at 50 Hz synchronized to the power supply, with a 60 Hz option available for specific use cases. Its user-friendly design enables immediate testing with minimal setup, and the lightweight table-top form factor ensures easy handling in laboratory or production environments.

• Direct Watt/Kg iron loss measurement

• Supports a wide range of specimen dimensions

• Accurate results with less than ±5% error

• Operates at 50 Hz (60 Hz optional)

• Portable table-top design for convenient use

• Simple and immediate testing process

• Suitable for evaluating single electrical steel sheets

• Electrical steel quality testing

• Transformer and motor core material evaluation

• Research laboratories

• Production line quality control

• Material comparison and characterization

The Transformer Oil Test Kit is a high-accuracy testing device designed for industrial applications, ensuring reliable assessment of transformer oil quality. With digital and analog display options, this kit provides precise measurements to detect insulation breakdown and impurities, ensuring optimal transformer performance and longevity.

• Industrial-Grade Testing: Designed for transformer oil analysis in power plants, substations, and electrical industries.
• High Accuracy: Provides a precision level of 0.1%, ensuring reliable and repeatable results.
• Robust Capacity: Can test up to 100KVA, making it suitable for high-power transformers.
• Dual Display Options: Available in Digital & Analog formats for flexible operation.
• Stable Power Input: Operates at 220V AC, ensuring consistent performance.

The V-Tech Flex Tester for Cellulose Board is a precision-engineered testing device designed to evaluate the flexibility and durability of cellulose boards under various conditions. Made from high-quality mild steel, it ensures long-lasting performance and structural stability.

Equipped with a digital display, it provides precise and real-time readings, allowing for accurate analysis of test results. The tester operates at a frequency of 50 Hz and a voltage of 220V AC, making it suitable for both single and three-phase power sources.

With an excellent surface finish, this flex tester is rugged, reliable, and easy to use, ensuring consistent results in industrial and laboratory settings.

• Designed for testing the flexibility of cellulose boards
• Durable mild steel construction for long-lasting use
• Digital display for precise and easy-to-read measurements
• Operates at 50 Hz frequency with 220V AC input
• Compatible with both single-phase and three-phase power
• Excellent surface finish for enhanced durability
• Ideal for industrial and laboratory applications

The Relative Density and Water Absorption Tester is designed to evaluate the water absorption capacity and relative density of material samples under standardized test conditions. Engineered with precision components, the device features a robust build with stainless steel elements to ensure long-term durability and corrosion resistance. Equipped with a digital display for precise timing, the system incorporates four testing stations to improve throughput and efficiency in laboratory workflows.

Its consistent stroke, water flow control, and sample handling dimensions adhere to standard testing protocols, making it an essential tool for reliable quality assessment. Simple push-button controls allow users to easily manage test operations and monitor the flow via a built-in flowmeter.

• Four independent testing stations for simultaneous evaluations
• Digital timer with user-friendly button controls
• Adjustable and consistent water flow rate via integrated flowmeter
• Precision-guided stroke with stable speed settings
• Durable stainless steel construction for long-lasting use
• Supports multiple standardized sample sizes

The Ultrasonic Pulse Velocity Tester is a compact and portable instrument designed to evaluate the quality and integrity of concrete and other construction materials. Operating at a frequency of 24 kHz, the device emits ultrasonic pulses and accurately measures the time it takes for these pulses to travel through a medium. Powered by a rechargeable 12V battery, it provides long-lasting performance with a battery life of up to 14 hours. Its intuitive design and precision make it ideal for on-site inspections and laboratory use.

• High-accuracy pulse velocity measurement with 0.1 ms resolution

• Operates at 24 kHz for effective material penetration

• Selectable pulse rate options (1, 2, 5, 10 per second)

• Lightweight and portable design, only 0.5 Kg

• Powered by a rechargeable 12V DC battery

• Long battery life—up to 14 hours of continuous use

• Compact housing: 240 x 120 x 75 mm

The Innovative Handheld Particle Monitor is a compact, digital monitoring device engineered for precise airborne particle detection in industrial environments. Designed with portability and ease of use in mind, it features a 3-decimal digital display that complies with DGCA (Directorate General of Civil Aviation) guidelines. Its lightweight plastic body and automatic operation make it ideal for quick diagnostics and continuous monitoring applications.

• Automatic operation for real-time particle monitoring

• Digital display with 3-decimal precision for accurate readings

• Lightweight and ergonomic design for handheld use

• Built to comply with DGCA guidelines for load capacity and accuracy

• Durable plastic housing ideal for industrial environments

This Earth Tester is a robust and precise instrument developed for measuring earth resistance and specific soil resistivity. Designed for both field and industrial use, it features a selectable dual measurement range of 0–10 Ohms and 0–1000 Ohms, ensuring flexibility in various grounding and earthing system tests. The tester includes a clear 3½ digit LCD, a compact and lightweight form factor, and runs on rechargeable Ni-Cd cells, making it highly portable.

• Dual-range earth resistance measurement (0–10 / 1000 Ohms)

• Four-terminal configuration for accurate resistivity testing

• Performs insulation resistance and high-voltage tests for safety compliance

• Lightweight design with rugged construction

• Clear LCD readout for quick and accurate data visualization

• Battery-operated with rechargeable Ni-Cd cells

• Earth resistance measurement in electrical installations

• Soil resistivity testing for earthing system design

• Grounding system verification for substations and plants

• Field testing by utilities and electrical maintenance teams

The  Articulating Video Borescope is a compact and lightweight visual inspection device, ideal for industrial, automotive, and maintenance applications. Featuring a 135° articulating camera probe, it provides enhanced visibility in hard-to-reach or curved spaces. The unit is equipped with a 640 × 480 VGA camera that offers a 54° field of view and a 30–60 mm depth of field for clear, focused imaging.

The 89 mm color TFT display with 320 × 240 QVGA resolution ensures real-time visual clarity during inspections. With an IP67 rating, the device is water and dust resistant, making it suitable for use in tough environments. Powered by AA batteries and packed in a sturdy box, the DCS665-ART is designed for both portability and reliability.

• 135° articulating probe for maneuverable viewing

• High-resolution VGA camera (640 × 480 pixels)

• IP67-rated for dust and water resistance

• Large 89 mm color TFT display for clear image output

• Lightweight design (500 g) for handheld use

• Operates effectively in temperatures from -10°C to +50°C

• Supplied in box packaging for secure handling

• Engine and transmission inspections

• HVAC and duct maintenance

• Plumbing and pipeline diagnostics

• Aircraft and marine equipment servicing

• Structural and electrical system analysis

This high-precision Universal Testing Machine (UTM) is designed to perform tensile, compression, and flexural tests across a wide range of materials and force capacities (100N to 50KN). Featuring a precision load measurement system and adjustable speed control, the UTM ensures reliable and repeatable results for quality control and research environments. The power system integrates globally recognized brands to ensure durability and smooth operation.

• High-resolution load detection (1/500,000)

• ±0.5% load accuracy and <0.5% deformation accuracy

• Multiple unit conversion: N, KN, Kgf, Lbf, MPa, etc.

• Mechanical limit protection and speed control for safe testing

• Automatic or manual specimen return, including auto return on breakage

• Overload protection with machine cutoff at 10% overload

• Robust mechanical structure using components from Japan, Italy, and Taiwan

• Tensile, compression, and flexural testing

• Testing metals, polymers, composites, textiles, rubber, and more

• Quality assurance and R&D in manufacturing, aerospace, automotive, and educational sectors

• Suitable for high-precision lab testing and industrial environments

The Testing Machine is an advanced material testing system designed to assess tensile strength and load-bearing properties across a broad spectrum of materials, including rubber, fabric, and electrical insulators like 11kV disc insulators. It offers a wide capacity range from 250 kgf for precision microprocessor-based models up to 200 kN for fully computerized variants.

Built to comply with IS 1828 standards, the system provides ±1% accuracy, with resolution options of 2000 or 4000 counts per range, depending on the model. It is available in both semi-automatic and fully automatic configurations, catering to varying lab and industrial needs.

Constructed from mild steel (MS) and stainless steel (SS), the UTM ensures structural durability. Computerized models feature dual load cells and screws, providing superior precision and mechanical stability during testing.

• High-capacity range: up to 200 kN for large-scale material testing

• ±1% accuracy, conforming to  standards

• Computerized & LED display options for flexible interfacing

• 4000-count resolution in computerized models for enhanced accuracy

• Automatic or semi-automatic operation for diverse lab setups

• Dual load cells and screws in advanced models for stability

• Built with robust MS and SS materials for long-term durability

• Rubber and fabric tensile strength testing

• Electrical insulator testing (e.g., 11kV disc insulators)

• Research and development laboratories

• Quality control in manufacturing and materials science

• Civil and mechanical engineering testing applications

The Coating Thickness Gauge is a precision instrument used for non-destructive measurement of the thickness of paint, coatings, or plating applied on a variety of metal substrates. It supports both magnetic induction for ferrous (e.g., steel) materials and eddy current methods for non-ferrous (e.g., aluminum) materials, making it suitable for diverse industrial applications.

This gauge features a high-resolution display (0.1 mm) and offers reliable accuracy of ±(0.5%n + 0.1 mm), ensuring consistent performance for quality control and inspection processes. It is commonly used in automotive, manufacturing, marine, and coating service industries.

• Dual-mode operation: Magnetic Induction & Eddy Current

• Wide measuring range: 1.5 – 200 mm (0.06 – 8 inch)

• High resolution: 0.1 mm for fine accuracy

• Accuracy: ±(0.5%n + 0.1 mm) suitable for professional quality checks

• Non-destructive testing (NDT) for coated metal surfaces

• Lightweight and portable for on-site and lab use

• Automotive industry: Checking paint thickness on car panels

• Metal fabrication: Verifying coating/plating uniformity

• Marine and aerospace: Monitoring anti-corrosion coatings

• Manufacturing: Quality assurance of powder-coated parts

• Coating contractors: Ensuring compliance with coating thickness standards

This Portable Vibration Analyzer is a rugged and waterproof handheld device used for the diagnosis of mechanical vibrations in rotating equipment. With an IP67 rating, compact design, and long battery life, it is ideal for both field technicians and maintenance professionals. The device supports a wide vibration frequency range and presents results in multiple units including g, mm/s, in/s, and BDU (bearing damage units), making it suitable for predictive maintenance and machine condition monitoring.

• Waterproof (IP67) housing for harsh industrial environments

• Wide dynamic range with high accuracy (±50 g input, 72 dB)

• Multiple frequency range modes (ISO & extended range)

• Displays acceleration, velocity, and bearing damage in real time

• Long operating life (~50 hours) on standard AA batteries

• Compact and lightweight design for one-hand operation

• Predictive maintenance of motors, pumps, fans, and gearboxes

• Machinery diagnostics in manufacturing and process plants

• Bearing condition monitoring (BDU mode)

• Vibration analysis in power plants and HVAC systems

• Field service and industrial inspection

This Laboratory Vessel is made from durable mild steel and designed to handle a capacity of 3000 mL, with height options available to suit specific lab setups. Ideal for heating, mixing, or containment applications, the unit operates at 120V and is built to meet the needs of various laboratory processes. It is widely used across educational, research, and industrial labs.

• Constructed from robust mild steel for long service life

• 120V compatible for standard lab electrical setups

• Customizable height to meet experimental needs

• Suitable for chemical mixing, heating, or storage

• Corrosion-resistant finish for lab durability

• Research laboratories

• Educational science labs

• Industrial chemical testing

• Sample preparation and processing

• Pharmaceutical formulation

This GPS/Fishfinder System is a compact yet powerful navigation and sonar solution for small to medium-sized vessels. Featuring a 5-inch WQVGA color display with 480 × 272 pixel resolution, the unit provides sharp visibility even in bright daylight. Its lightweight construction (816 g) and versatile mounting options (bail or flush) make it ideal for various boat types.

Designed to operate across a wide DC input range of 10V to 36V, the device consumes only 7.6W, making it energy-efficient for continuous use during long trips.

Plus and sonar-enabled models come equipped with High Wide CHIRP sonar and CHIRP ClearVü scanning sonar, delivering precise underwater imaging with up to 600W RMS transmit power. The 200 kHz traditional sonar frequency and 20° cone angle offer excellent coverage for locating fish and underwater structures.

• 5" high-clarity color display for clear navigation and sonar visuals

• Compact and durable design with low power consumption (7.6 W)

• CHIRP sonar technology for enhanced underwater target separation

• ClearVü scanning sonar for near-photographic bottom imaging (Plus models)

• Wide DC input range (10V – 36V) for compatibility with various marine systems

• Multiple mounting options for flexible installation

• 200 kHz sonar with 20° cone angle for effective fish detection

• Marine navigation and route tracking

• Fish finding and underwater structure identification

• Coastal fishing, lake fishing, and small vessel sonar monitoring

• Recreational boating and commercial marine vessels

The  Spirit Level is a rugged, compact, and reliable leveling instrument designed for high-precision applications in construction, carpentry, and industrial alignment tasks. With a 12-inch (300 mm) aluminum frame, the level is lightweight yet durable, and features rubber molding for added grip and shock protection.

The precision-milled base ensures high accuracy, with models offering either 1.0 mm/m or 0.50 mm/m measurement precision. For added functionality, the SLM 1012 variant includes a magnetic base, allowing hands-free use on ferromagnetic surfaces such as steel beams and scaffolding.

• Available in standard and magnetic versions

• Precision-milled base for enhanced measurement reliability

• Rubber side molding for durability and impact resistance

• High-visibility spirit bubble for quick readings

• Compact 12" size ideal for toolboxes and on-site use

• Dual accuracy options to suit standard or fine leveling needs

• Construction and building alignment

• Electrical and piping installations

• Carpentry and woodworking

• Equipment setup and machinery leveling

• Steel structure fabrication (magnetic model)

This Fabric Testing Equipment is engineered for precision tensile, compression, and elongation tests across a broad spectrum of materials including fabrics, elastomers, and plastics. With a wide capacity range from 50 Kgf to 5000 Kgf, it is ideal for both routine quality checks and in-depth material analysis. The robust digital interface, coupled with accurate force and displacement readings, ensures reliability and ease of use.

• Broad force capacity suitable for various textile and polymer tests

• High measurement accuracy and repeatability

• Adjustable speed control for diverse testing requirements

• Digital display with optional computerized data acquisition system

• Safety interlocks and over-travel limit switches

• Compatible with multiple international standards for material testing

• Fabric tensile strength and elongation testing

• Rubber and elastomer performance evaluation

• Plastic material testing per ASTM and IS standards

• Quality control in textile and polymer industries

• Research and development laboratories

The Silica Analyzer  is a precision-engineered enclosure designed to house and protect electrical components critical to controlling machinery and industrial automation systems. Built from high-grade metal with a protective paint finish, it is tailored to withstand harsh industrial conditions. Internally, it accommodates vital components such as relays, contactors, circuit breakers, and often includes a Human-Machine Interface (HMI) for monitoring and real-time control.

• Supports industrial automation and power control

• Encloses key components like relays, breakers, and HMIs

• Durable metal construction with protective finish

• Enables centralized control of motors and process equipment

• Suitable for wall or floor mounting

• Offers reliable operation in demanding environments

• Factory automation systems

• Power distribution units in industrial plants

• Motor control centers (MCC)

• Packaging, textile, and processing machinery control

• HVAC system management in large facilities

The Bubble Pressure Tensiometer operates on the bubble pressure method and is designed for precise, real-time measurement of surface tension in liquids. It accurately captures dynamic changes by analyzing bubble lifetimes in the range of 15 milliseconds to 20 seconds, making it ideal for both R&D and process control environments. With auto-adjustment capabilities and two intelligent modes — Auto-Mode for dynamic profiling and Online-Mode for live process monitoring — it ensures dependable and drift-free operation across various liquid systems.

• Advanced bubble pressure method for dynamic surface tension analysis

• Wide bubble lifetime range: 15 ms to 20,000 ms

• High accuracy (±0.1 mN/m) and repeatability (±0.5 mN/m)

• Fully automatic bubble control eliminates manual adjustment

• Low power consumption (2.5 W max) for efficient operation

• Compact and lightweight design for lab or inline use

• Auto-Mode for controlled testing, Online-Mode for continuous monitoring

• Ideal for surfactant studies, coating formulation, and quality control

• Dynamic surface tension studies in chemical and pharmaceutical research

• Process monitoring in industrial surfactant applications

• Coating and ink formulation development

• Real-time monitoring in manufacturing of cleaning agents, paints, and adhesives

• Quality assurance in production environments

The Digital Compression Testing Machine is engineered for testing the compressive strength of concrete, cement, bricks, and other construction materials. It features a semi-automatic operation system with a digital display calibrated in kilo Newtons (kN), providing accurate and repeatable readings. The robust mild steel construction ensures durability and stability during high-capacity testing cycles.

• Available in multiple capacities: 500, 1000, 2000, and 3000 kN

• Digital 4-digit display calibrated in kN for precise force readings

• Semi-automatic operation for ease and control

• Maximum piston stroke up to 80 mm

• Heavy-duty construction using mild steel

• Suitable for consistent, high-load testing environments

• Compression strength testing of concrete cubes and cylinders

• Quality control in construction and infrastructure projects

• Material testing laboratories and educational institutes

• Cement, brick, and block manufacturing units

• Structural engineering research and analysis

The Six-Channel Sound & Vibration Analyzer is a versatile measuring device designed for simultaneous analysis of both sound and vibration. It meets international standards for workplace and environmental monitoring, ensuring accurate results across multiple applications. Its compact, lightweight design makes it portable and easy to use in the field, while the advanced software integration allows smooth data transfer and analysis.

• Six-channel simultaneous measurement capability.

• Supports two triaxial accelerometers for comprehensive monitoring.

• Compliance with ISO and IEC standards for sound and vibration.

• Real-time 1/1 and 1/3 octave frequency analysis.

• Optional time domain signal recording for advanced studies.

• Color display with intuitive interface for ease of operation.

• Pocket-sized, lightweight design for field portability.

• Compatible with SvanPC+_VR software for setup and data management.

• Occupational health and safety: Measuring whole-body and hand-arm vibrations.

• Workplace compliance: Assessing exposure levels under Directive 2002/44/EC.

• Acoustic analysis: Class 1 sound level measurements in industrial or environmental settings.

• Transport and vehicle studies: Seat vibration transmission measurements.

• Civil engineering: Monitoring ground and building vibrations.

The 35 to 125 Hz Digital Iron Loss Tester is a versatile, high-precision instrument designed to measure iron loss, hysteresis loss, and eddy current loss of electrical steels, transformer cores, and motor laminations across a wide frequency range (35–125 Hz). This advanced tester enables engineers and researchers to evaluate material performance under different operating frequencies, ensuring accurate analysis for both standard and non-standard applications. Its digital design offers stable, repeatable, and highly accurate results, making it an essential tool for R&D laboratories, transformer and motor manufacturers, and quality control centers.

• Wide Frequency Range (35–125 Hz) – Allows testing under varied operating conditions.

• Accurate Measurement – Evaluates iron loss, hysteresis loss, and eddy current loss.

• Magnetic Property Testing – Measures flux density, permeability, and core efficiency.

• Digital Display – Provides real-time, precise, and stable readings.

• High Repeatability – Ensures consistent results for lab and industrial applications.

• User-Friendly Controls – Simple operation with easy setup.

• Robust & Compact Design – Built for durability in both R&D and production environments.

• Wide Applications – Ideal for transformer core testing, motor lamination evaluation, and electrical steel material research.

The 40–60 Hz Digital Iron Loss Tester is a precision testing instrument designed to measure iron loss, magnetic flux density, and other magnetic properties of electrical steel and core materials under power frequency (40–60 Hz) conditions. It ensures high accuracy and repeatability with digital technology, making it ideal for research labs, transformer manufacturers, motor industries, and material testing centers. The tester helps in evaluating core efficiency, material quality, and performance for electrical applications.

• Frequency Range: 40–60 Hz – Simulates actual power frequency operating conditions.

• Digital Measurement System – Provides accurate, stable, and repeatable results.

• Iron Loss Testing – Accurately measures core loss, hysteresis loss, and eddy current loss.

• Magnetic Property Analysis – Tests magnetic flux density and permeability of materials.

• User-Friendly Interface – Easy operation with real-time digital display.

• High Accuracy – Ensures reliable results for material characterization.

The DW22 Digital Iron Loss Tester is a high-precision instrument designed for measuring iron loss, hysteresis loss, eddy current loss, and magnetic flux density of electrical steels and laminated cores at a standard 60 Hz power frequency. Built with advanced digital technology, it ensures accurate, stable, and repeatable results, making it an essential tool for transformer manufacturers, motor industries, research centers, and quality control laboratories. Its compact, user-friendly design supports reliable testing in both R&D and production environments.

• Model: DW22 – Specially designed for 60 Hz iron loss testing.

• Accurate Measurements – Tests iron loss, hysteresis, and eddy current losses.

• Digital Technology – Provides high accuracy and stable readings.

• Magnetic Property Evaluation – Measures flux density, permeability, and core efficiency.

• Standard 60 Hz Operation – Simulates real-world power frequency conditions.

• User-Friendly Interface – Easy operation with clear digital display.

• High Reliability – Repeatable results for production and R&D applications.

The 300A Watt Loss Tester is a specialized electrical testing instrument designed to measure the watt loss, resistance, and efficiency of electrical components such as transformers, switchgear, conductors, and contact systems under high current conditions. With a test current capacity up to 300 Amps, it provides highly accurate results for evaluating power loss and heating effects in industrial and laboratory applications. Its digital measurement system ensures precision, reliability, and ease of operation for quality control and R&D testing.

• High Current Testing – Provides test currents up to 300A for accurate watt loss evaluation.

• Accurate Measurements – Measures watt loss, resistance, and efficiency of electrical equipment.

• Digital Display – Clear readout of test parameters for easy monitoring.

• Robust Design – Built for continuous and reliable performance in labs and industries.

• Safety Protection – Overload, short-circuit, and over-temperature protection.

• Versatile Applications – Ideal for transformers, switchgear, conductors, electrical contacts, and industrial components.

The V-Tech Hydraulic Compression Testing Machine (Model: V-T) is a high-precision instrument designed for testing the compressive strength of concrete, cement, and other construction materials. It provides a maximum testing power of 2000 kN with a measurement accuracy of ±1%, meeting grade 1 precision standards.

Equipped with 300 x 250 mm bearing plates and a maximum piston stroke of 90 mm, the machine can accommodate a wide variety of sample sizes, including cubes (50–200 mm) and cylinders (75–160 mm diameter, 150–320 mm height). Its robust hydraulic system with a rated pump pressure of 40 MPa ensures consistent and reliable results for quality control, civil engineering projects, and research laboratories.

• High-capacity hydraulic testing up to 2000 kN

• Accurate and reliable measurements with ±1% error

• Grade 1 testing power precision

• Versatile sample accommodation: cubes and cylinders of multiple sizes

• Robust construction with high-strength steel frame and plates

• Hydraulic operation with rated pressure of 40 MPa

• Compact design suitable for civil, road, and research applications

• Civil engineering and road construction for concrete testing

• Quality control laboratories for material strength validation

• Research institutes for material testing and analysis

• Construction material certification

• Educational laboratories for practical training in material testing

This portable instrument is designed for precise microclimate and Indoor Air Quality (IAQ) monitoring. It features a bright touch display for clear visualization of measurement data and large memory for long-duration recording. The device supports cloud connectivity via Wi-Fi, allowing remote access to logged data. Powered by a rechargeable Li-Ion battery, it enables up to 24 hours of continuous measurement without recharging. Fully compliant with ISO standards (7730, 7726, 7243), it calculates and displays multiple environmental indices including WBGT, PMV, PPD, TU, DR, HI, UTCI, and TEP, depending on the connected probes. Constructed from durable stainless steel, the instrument is compact and portable, making it ideal for field or laboratory use.

• Portable and lightweight design (470 g)

• Bright touch display for easy monitoring

• Measures multiple thermal comfort and air quality indices (WBGT, PMV, PPD, TU, DR, HI, UTCI, TEP)

• Cloud-enabled data access via Wi-Fi

• Large memory for long-term measurement cycles

• USB-rechargeable Li-Ion battery with up to 24 hours operation

• ISO-compliant for thermal comfort and IAQ standards

• Durable stainless steel construction

• Indoor and outdoor microclimate monitoring

• Workplace thermal comfort evaluation

• Indoor Air Quality (IAQ) assessment in offices, labs, and factories

• Environmental research and compliance measurement

• Field studies requiring portable, long-duration monitoring

The Hanna pH Meter is a precision digital instrument used to measure the pH levels of liquids in various applications, including water treatment, laboratories, food processing, agriculture, aquaculture, and environmental monitoring. Known for its accuracy and ease of use, Hanna pH meters are available in handheld, benchtop, and pocket-sized models, making them ideal for both field and lab work.

1. Accurate pH Measurement – Delivers reliable readings with high precision (±0.01 pH).

2. Digital LCD Display – Clear screen with pH and temperature readings.

3. Automatic Temperature Compensation (ATC) – Ensures accurate pH readings in varying temperatures.

4. One- or Two-Point Calibration – Simple push-button calibration for consistent performance.

5. Replaceable Electrode – Easy maintenance and extended device life.

6. Portable & Waterproof Models – Rugged design for both field and laboratory environments.

The V-Tech High Voltage Measurement Probe is a high-precision tool designed for the safe and accurate measurement of high voltage systems. Ideal for use in electrical engineering, power distribution, and industrial applications, this probe ensures reliable readings while prioritizing user safety. Built to handle high voltage environments, it provides a critical solution for professionals working with high-voltage circuits, transformers, and power equipment.

• High Voltage Capability – Safely measures high voltage systems with exceptional accuracy.
• Precision Engineering – Delivers stable and accurate readings in challenging environments.
• Robust & Insulated Design – Fully insulated for user protection during high-voltage testing.
• Wide Measurement Range – Suitable for a variety of voltage levels, up to several kilovolts.
• User-Friendly Interface – Clear display and easy handling for quick and accurate readings.
• Compatible with Oscilloscopes & Multimeters – Seamless integration with standard testing equipment for enhanced functionality.

The V-Tech Precise Gloss Meter is a cutting-edge instrument designed to measure surface gloss and reflectivity levels on materials such as paint, plastics, ceramics, metals, and coatings. It is widely used in manufacturing, automotive, and quality inspection industries to ensure aesthetic consistency and performance durability.

• Multi-Angle Gloss Measurement – Measures gloss at 20°, 60°, and 85° angles for comprehensive analysis.
• Advanced Optical Sensor – Ensures accurate, repeatable, and reliable gloss readings.
• Digital LCD Display – Provides clear, real-time gloss values for easy interpretation.
• Compact & Lightweight Design – Portable for on-site and laboratory gloss measurement.
• Data Storage & Connectivity – Allows recording and exporting of gloss data for detailed analysis.
• Durable Industrial-Grade Build – Designed to withstand frequent use in various industrial settings.

The V-Tech Digital Motor Checker is a highly reliable and accurate diagnostic tool designed for insulation and inductance testing of stationary electrical motors and equipment. Equipped with a large 3½-inch LCD display, it provides clear and precise readings, ensuring ease of use.

Built with a durable ABS housing, this device is lightweight and portable while maintaining ruggedness for industrial use. Powered by six 1.5V AA batteries, it ensures extended operational time without frequent replacements. The compact design (237x131x45 mm) makes it convenient for field and workshop applications.

• Accurate insulation and inductance testing for electrical motors
• Large 3½-inch LCD display for easy readability
• Portable and lightweight design for field use
• Durable ABS construction for long-term reliability
• Battery-operated (1.5V x 6 AA) for extended usage
• Compact dimensions (237x131x45 mm) for easy handling
• Ideal for industrial maintenance and troubleshooting

A Spark Tester is a quality control and inspection device used to detect pinholes, voids, cracks, and insulation defects in cables, wires, pipes, and other insulated materials. By applying a high-voltage electrical field, it checks the insulation layer’s integrity to ensure that the product meets safety and quality standards. Spark testers are widely used in cable manufacturing, plastic extrusion, pipeline coating, and electrical insulation industries for non-destructive and continuous testing.

• Non-Destructive Testing – Detects insulation faults without damaging the product.

• Adjustable Test Voltage – Suitable for different insulation thicknesses and materials.

• Continuous Online Testing – Ensures quality during production.

• Digital Display – Accurate voltage and status indication.

• Automatic Fault Indication – Audible/visual alarm on detection of defects.

• Compliance with Standards – Meets IEC, ASTM, IS, and international cable testing norms.

• Overload & Over-voltage Protection – Ensures operator and equipment safety.

• Portable or Inline Models – Available for field inspection or continuous production line use

The Hot Deformation Test Apparatus is a precision testing instrument used to determine the thermal resistance, dimensional stability, and mechanical strength of plastics, polymers, and other materials when subjected to elevated temperatures under a specified load. It simulates conditions where materials may deform due to heat and stress, making it essential for evaluating heat deflection temperature (HDT) and softening characteristics. Widely used in polymer research, plastic manufacturing, automotive, aerospace, and quality control laboratories, it ensures compliance with ASTM, ISO, and BIS standards.

• Accurate Deformation Measurement – Evaluates thermal stability under load.

• Digital Temperature Control – Provides precise heating with uniform distribution.

• Programmable Heating Rate – Adjustable settings for different test standards.

• Load Application System – Applies constant load to test specimens during heating.

• High-Resolution Displacement Sensor – Monitors specimen deformation in real-time.

• Standard Compliance – Meets ASTM D648, ISO 75, and related testing requirements.

• Sturdy & Safe Design – Equipped with insulated heating chamber and safety features.

• Applications – Plastics, polymers, composites, automotive parts, electrical insulation, and material R&D.

The Digital Rubbing Fastness Tester is a precision instrument used to determine the color fastness of fabrics, textiles, leathers, and prints against rubbing under both dry and wet conditions. Equipped with a digital counter and control system, it ensures accurate stroke count, uniform pressure, and repeatable rubbing motion, minimizing human error.

This tester is widely used in textile testing laboratories, garment industries, and quality control units, providing quick and reliable assessments of dye and print durability.

• Digital Control System – Enables precise presetting of test cycles.

• Dry & Wet Rubbing Capability – Tests performance of fabrics in both conditions.

• High Accuracy – Ensures consistent load, rubbing speed, and stroke length.

• Preset Cycle Counter – Digital display shows number of rubs in real time.

• Standard Rubbing Head – Complies with ISO, AATCC, and other international standards.

• Ergonomic Design – Compact and easy to operate with minimal maintenance.

• Durable Build – Robust frame ensures long service life and stable performance.

A Plastic Testing Machine is a versatile laboratory instrument designed to evaluate the mechanical, thermal, electrical, and physical properties of plastics, polymers, and related materials. It ensures product quality, durability, and compliance with international testing standards, making it essential for R&D, quality control, and production monitoring.

• Multi-Functional Testing: Supports tensile, compression, flexural, impact, and hardness tests.

• Digital / Microprocessor Control: Ensures precision and repeatability.

• High Accuracy Load Cells: For reliable force measurements.

• Temperature Control Options: For thermal property evaluation.

• User-Friendly Interface: Simple operation with data storage and reporting.

• Compliance: Conforms to ASTM, ISO, and BIS testing standards.

• Robust Construction: Designed for long-term industrial and laboratory use.

The Martindale Abrasion Tester is a textile testing instrument used to determine the abrasion resistance and pilling properties of fabrics, upholstery, leather, and other materials. It simulates natural wear conditions by rubbing test specimens against standard abrasives in a controlled Lissajous motion. Widely used in textile labs, furniture manufacturing, and quality control, it ensures compliance with international fabric durability standards.

• Multiple Test Stations: Allows simultaneous testing of multiple specimens.

• Digital Counter / Touch Display: For setting and monitoring test cycles.

• Standard Lissajous Motion: Ensures accurate and repeatable abrasion testing.

• Adjustable Load Weights: Enables testing under various pressure conditions.

• High-Quality Abrasive Discs: For reliable and consistent results.

• Durable Construction: Rigid body with vibration-free operation.

• Compliance: Conforms to ISO 12947, ASTM D4966, BS EN, and other standards.

• Applications: Suitable for textiles, upholstery, carpets, and leather testing.

The Mild Steel Hot Set Test Apparatus is a precision testing instrument designed to determine the thermal elongation and permanent deformation of polymeric insulation and sheathing materials (PVC, XLPE, rubber, and other cable compounds) when subjected to elevated temperatures under a constant load. Constructed with a durable mild steel frame, the apparatus ensures robust performance, stability, and long service life. It is widely used in cable manufacturing units, polymer testing labs, and quality control centers, complying with IEC, IS, and ASTM standards for hot set testing.

• Strong Mild Steel Construction – Provides excellent stability and long-lasting durability.

• Accurate Hot Set Testing – Measures elongation and permanent deformation under controlled heating.

• Digital Temperature Controller – Ensures precise heating with uniform temperature distribution.

• Adjustable Load Mechanism – Suitable for various specimen sizes and test requirements.

• High-Resolution Measurement Scale – Allows accurate elongation observation.

• Standard Compliance – Conforms to IEC 811, IS 10810, ASTM D1418, and related standards

The Demattia Flexing Tester is a standard laboratory testing instrument used to determine the resistance of rubber, leather, synthetic materials, and coated fabrics to cracking and flexing under repeated stress. The test involves subjecting specimens to continuous flexing cycles to simulate real-life conditions such as bending, folding, and creasing. It helps evaluate the durability, flex life, and fatigue properties of materials, ensuring their suitability for footwear, automotive, industrial, and consumer product applications. The tester complies with ASTM, ISO, and DIN standards for material testing.

• Durability Testing – Measures flex resistance and cracking tendency of materials.

• Multiple Specimen Capacity – Allows testing of several samples simultaneously.

• Adjustable Flexing Cycles – Programmable settings for speed and stroke length.

• Digital Counter / Timer – Records the exact number of flexing cycles completed.

• Standard Compliance – Meets ASTM D430, ISO 132, DIN 53543 testing requirements.

• Robust Construction – Heavy-duty frame for long-term laboratory use.

• Easy Sample Mounting – Quick clamping system for accurate positioning.