Instrumentation

The C is a premium, table-top instrument designed for accurate pH measurements in laboratory settings. Engineered for precision, this meter provides reliable and consistent results with a resolution of 0.01 pH and an impressive accuracy of ±0.002 pH. With a wide pH range up to 16.000 pH, it is ideal for a variety of applications, from routine lab testing to specialized research.

Key Features:

• High Precision and Accuracy: Provides pH readings with 0.01 pH resolution and ±0.002 pH accuracy for exceptional reliability in critical measurements.
• Wide pH Range: Capable of measuring pH values up to 16.000 pH, making it versatile for different laboratory needs.
• Digital Display: Clear and easy-to-read digital display ensures straightforward monitoring of readings.
• Bluetooth Connectivity: Integrated with the HI11102 Bluetooth pH Electrode for wireless data transfer and improved efficiency in data management.
• Built-in Rechargeable Battery: Features a rechargeable battery offering up to 8 hours of continuous use, eliminating the need for frequent replacements.
• Compact and Durable Design: With ABS plastic construction and dimensions of 202 x 140 x 12 mm, it combines strength with portability, weighing only 250 g.
• User-friendly Interface: Simple calibration process and intuitive controls enhance ease of use in the lab.
• Low Voltage Operation: Powered by 5 VDC, providing energy-efficient operation.

The Digital Earth Resistance Tester is an advanced device used to measure the electrical resistance of the earth or ground systems. It is commonly used in electrical and construction applications to ensure proper grounding for safety and compliance with regulations. The tester provides accurate, real-time measurements and is designed for easy operation in the field.

Key Features:

1. Accurate Measurements: Provides precise readings of earth resistance to ensure effective grounding.
2. Digital Display: Clear, easy-to-read digital output for quick analysis and monitoring.
3. User-Friendly: Simple operation with minimal setup required, ideal for both professionals and beginners.
4. Portable: Compact and lightweight, perfect for on-site testing in various environments.
5. Multiple Testing Modes: Offers options for various measurement methods, such as 2- and 3-point testing.
6. Durable Design: Built to withstand tough field conditions with rugged construction and weather-resistant features.

The LCD Digital Microscope is a modern optical instrument that combines high-resolution magnification with an integrated LCD screen for real-time viewing and easy image capture. Ideal for education, electronics inspection, biological research, and quality control, it offers user-friendly operation without the need for a separate computer.

Key Features

1. Built-in LCD screen for direct viewing without external devices

2. High-resolution optical zoom for detailed magnification

3. USB connectivity for image and video capture (model dependent)

4. Adjustable LED illumination for clear, bright observation

5. Compact and portable design for easy handling

6. Suitable for education, electronics, biology, and industrial inspection

Moisture Balances are precision instruments used to determine the moisture content in a wide variety of samples through thermal drying. These balances are essential in laboratories and industrial settings for ensuring material consistency, especially in pharmaceuticals, food processing, agriculture, and chemical manufacturing.

Equipped with precise temperature control up to 200°C, these balances deliver reliable results even for small sample sizes. Their high accuracy (0.05% above 5 g) ensures consistent and repeatable measurements. Operating with 230V AC power, they feature digital temperature adjustment in 1°C increments, allowing fine-tuned control during moisture analysis.

Key Features

• High accuracy for both large and small sample sizes

• Adjustable drying temperature from ambient to 200 °C in 1 °C steps

• Ideal for rapid and repeatable moisture content analysis

• Suitable for diverse materials including powders, grains, pastes, and polymers

• Efficient heating system with low power consumption (550W)

• Rugged design for long-term laboratory and industrial use

Applications

• Pharmaceuticals – tablet and powder moisture testing

• Food Industry – moisture control in grains, spices, and processed foods

• Agriculture – seed and soil moisture testing

• Chemical Labs – verification of raw material moisture content

• Quality Control – across multiple industries to meet regulatory and manufacturing standards

A high-performance parallel genset controller for automatic or manual synchronization and load sharing among multiple generators, ensuring stable and efficient power systems.

Key Features :

1. Auto Synchronization & Load Sharing for smooth generator integration.

2. Comprehensive Monitoring of voltage, current, frequency, and power on a clear LCD.

3. Multiple Communication Ports including Ethernet, RS485, USB, and CANBUS.

4. Supports Various AC Configurations (1P2W to 3P4W, 50/60Hz).

5. Flexible I/O Options with 10 digital inputs, 8 outputs, and 5 analog inputs.

6. Built-in Protections for voltage, frequency, and current anomalies.

A Mechanical Impact Testing Machine is designed to evaluate the impact resistance or toughness of materials by subjecting a specimen to a high‑speed impact. Common test types include the Charpy Impact Test and Izod Impact Test, where a pendulum strikes the specimen and the energy absorbed by the material fracture is measured. For example: the Semi Automatic Impact Testing Machine ‑ ITM‑S300J supports large energies for metallic materials, while a model like the 300 J Manual Impact Test Machine might be used for general lab use. This type of machine is widely used in materials lab test centres, metallurgical & plastics industries, and quality control applications.

Key Features

• Adjustable pendulum/hammer mechanism supporting different energies and test methods (Izod, Charpy).

• High‑precision measurement of absorbed energy, often via pointer/angle system or digital display.

• Ability to rapidly change fixtures (hammers, vises) to satisfy various specimen types and standards.

• Robust construction with safety guards to protect operator during high‑energy impact. 

• Compliance with international test standards (ASTM, ISO) for reliable results.

• Suitable for continuous or semi‑automatic operation in lab or production settings. 

• Versatile specimen support – supports a range of materials (metals, plastics) and specimen dimensions.

• Digital interface / data acquisition optional in many units for automated usage.

Applications

• Determining the toughness of metallic materials (steel, castings, alloys) under dynamic loads.

• Evaluating impact resistance of plastic materials (via Izod/Charpy) in plastics industry.

• Quality control in manufacturing of automotive, aerospace, heavy engineering parts.

• Research & development labs for materials characterisation – especially brittle vs ductile behaviour.

• Validating material performance under service‑impact conditions (e.g., vessels, structural parts).

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The Temperature & Humidity Logger is a compact and reliable device designed to record environmental conditions over time. It accurately monitors temperature and relative humidity in various applications, including pharmaceuticals, cold storage, transportation, laboratories, and industrial settings. With a built-in memory and digital interface, this logger ensures data integrity, real-time monitoring, and easy access to historical records for quality control and compliance.

Key Features

1. Accurate Dual Parameter Monitoring – Simultaneously records temperature and relative humidity with high precision.

2. Built-In Data Logging Memory – Stores thousands of readings for long-term tracking and analysis.

3. Digital Display or USB Interface – Options for real-time viewing and easy data transfer to PC or software.

4. User-Programmable Logging Intervals – Customizable recording intervals to suit specific monitoring needs.

5. Compact & Portable Design – Ideal for on-site, mobile, or fixed-location monitoring.

6. Battery-Powered with Long Life – Operates for extended periods without the need for frequent charging or replacement.

The Digital Air Gauge System is a high-precision instrument used to measure dimensional characteristics such as taper, ovality, and internal/external diameters through non-contact air displacement. Commonly deployed in production and metrology labs, these systems offer ultra-fine resolution up to 0.00001 mm (0.01 μm), making them ideal for applications requiring micron-level accuracy.

Designed with robust industrial usability in mind, many models feature IP54-rated front panels, a 4.3" touchscreen interface, and high-pressure air systems that support self-cleaning and rapid response times. The system may include multiple channels (1, 2, or 4), each capable of simultaneously inspecting different parameters or parts.

Compatible with various air pad brands and equipped with modern data interfaces such as USB and RS232, these gauges are ideal for integration with inspection stations, quality assurance setups, or calibration laboratories.

Key Features

• Digital precision with up to 0.00001 mm resolution

• Touchscreen display with intuitive interface

• High-pressure air system for fast and accurate readings

• No calibration needed in certain self-compensating models

• GO/NO-GO capability for quality control decisions

• Multi-channel support (1, 2, or 4 probes) for flexible applications

• Rugged IP54 construction for workshop durability

• Wide range of pressure tolerance (up to 25 bar / 400 psi)

• Optional USB/RS232 connectivity for PC or data logging integration

Applications

• Precision part inspection in automotive and aerospace manufacturing

• Taper, ovality, and bore measurement in machining operations

• Quality control labs for dimensional verification

• Calibration of other air-based or contact gauges

• GO/NO-GO inspection during mass production

The Laboratory Clamp Stand is an essential piece of equipment designed to securely hold burettes, flasks, test tubes, and other apparatus during various experimental procedures. Constructed with a sturdy metal base and a vertical support rod, it offers excellent stability and versatility for a wide range of laboratory applications including titration, filtration, and heating experiments. The stand is compatible with a variety of clamps and rings, making it a reliable support system for both educational and professional laboratory environments.

Key Features

• Durable Construction: Made with a corrosion-resistant metal rod and a heavy-duty cast iron or powder-coated base for enhanced stability.

• Versatile Compatibility: Suitable for use with burette clamps, retort clamps, test tube holders, and other lab accessories.

• Stable Base: Weighted base ensures the stand remains firm and upright during use.

• Adjustable Height: Vertical rod allows easy adjustment of clamps and accessories for precise positioning.

• Multiple Sizes Available: Offered in various rod lengths and base dimensions to suit different laboratory needs.

• Ideal for Labs: Widely used in school labs, college labs, research facilities, and industrial laboratories.

A Conductivity Analyser is an instrument used to measure the ability of a solution to conduct electric current, often used in water quality testing, chemical processing, and industrial applications.

Key Features (6 points):

1. Accurate Conductivity Measurement in µS/cm or mS/cm.

2. Wide Range Compatibility – supports various sample types (water, chemicals).

3. Digital Display for real-time readings and ease of monitoring.

4. Automatic Temperature Compensation (ATC) for precise results.

5. Calibration Function for enhanced measurement reliability.

6. Portable or Inline Models for lab and industrial use.

A Lux Meter is a handheld instrument used to measure illumination levels in a given area. It is widely used in offices, factories, laboratories, photography studios, and outdoor environments to ensure proper lighting conditions according to standards. Modern digital lux meters use photodiode or silicon photocell sensors for precise measurement, offering high accuracy, fast response, and portability.
Key Features

• Digital LCD display for easy reading of illumination values.

• High-resolution measurement from very low to very high light levels.

• Compact and portable design for field or indoor use.

• Fast response time (~1 second) for real-time measurements.

• High accuracy (±3–5%) suitable for professional and industrial applications.

• Measures in Lux and sometimes Foot-candle (model dependent).

• Auto power-off function for battery saving.

• Optional data hold and max/min value recording on advanced models

Applications

• Measuring illumination levels in offices, factories, and laboratories to ensure proper lighting standards.

• Photography studios and film sets for accurate lighting setup.

• Outdoor lighting assessment for streets, parks, and stadiums.

• Industrial and commercial lighting audits for energy efficiency.

• Quality control in manufacturing environments where proper light levels are critical.

• Research and educational labs for experiments requiring controlled illumination