Our Products
Our product range contains a wide range of Precision Strain Gauge and Digital Force Gauge
Our Precision Strain Gauge is a high-quality sensor designed to accurately measure the deformation or strain of materials under stress. Ideal for use in a wide range of applications including structural testing, load monitoring, and mechanical stress analysis, our strain gauge ensures precise and reliable performance for both industrial and scientific purposes.
Key Features:
Description
The Digital Force Gauge is a precision handheld instrument designed to measure tensile (pull) and compressive (push) forces with high accuracy and repeatability.
With a robust design, large backlit LCD display, and multi-unit measurement capability, it is ideal for laboratory testing, manufacturing quality control, and industrial inspection applications.
The built-in microprocessor-based LSI circuit ensures accurate readings, and its RS232 interface allows data transfer for analysis or record-keeping.
Key Features
Dual Measurement Capability suitable for both tension (pull) and compression (push) tests.
High Accuracy and Resolution ensures reliable force measurements for laboratory and industrial applications.
Large Backlit LCD Display provides clear, easy-to-read force values even in low-light environments.
Multiple Units allows user selection of measurement units (g, oz, N, Kg, Lb).
Peak Hold Function stores the maximum (peak) force value during a test.
Data Output (RS232) enables data logging or connection to a PC or printer.
Auto Power-Off and Low Power Consumption extends battery life.
Durable Construction designed for rugged environments with ergonomic handling.
Fast Response Time selectable display update rate for dynamic or stable measurements.
Microprocessor-Based Circuit ensures precise, repeatable readings with digital stability.
Applications
Manufacturing Quality Control for testing spring tension, material strength, and product assembly force.
Research & Development for evaluating mechanical properties of materials and components.
Electronics & Component Testing for switch, connector, or button actuation force measurement.
Automotive & Aerospace Industries for component load verification and stress analysis.
Packaging Industry for seal strength and compression force testing.
Educational & Laboratory Use for demonstration and experimental study of force mechanics.