High Precision Digital Dynamometer for Tensile and Compression Testing Units (N, kg, lb, oz) Real-Time/Teak/First-Teak Modes for Quality Control (500N)

Digital Force Gauge is a small, versatile, accurate testing instrument with a digital display. It is used in many industrial sectors such as electronics, construction hardware, textiles, automobile parts, fire-fighting equipment and scientific research institutions. It allows pushing and pulling tests to be performed with high precision.

Backlit LCD screen for improved visibility

Digital Force Gauge is equipped with a convenient backlit LCD display, ensuring optimal visibility and readability in different lighting conditions. This feature allows you to easily view force measurements, even in low-light environments or where direct lighting may be limited. The backlit display provides a clear, bright visual interface, allowing you to easily read measured force values, test parameters and other important information. Whether you're working in dimly lit areas or testing in harsh lighting conditions, the backlit LCD screen ensures you can accurately and efficiently monitor force readings.

Three selectable measurement modes: Real-time mode, peak mode and first peak mode
Digital Force Gauge offers a versatile range of measurement modes, allowing you to choose the option best suited to your specific testing needs.

Real-time mode

In this mode, the force gauge continuously displays the real-time force being applied. It provides instant feedback, allowing you to monitor force variations as they occur. It is ideal for dynamic test scenarios.

Peak mode

Peak mode captures and displays the maximum force reached during a test. This mode accurately identifies and records peak force values, even if the peak only occurs for a short period of time. It is particularly useful for applications where maximum force measurement is of primary interest.

First peak mode

First peak mode detects and displays the first force peak encountered during a test. It is designed to capture and highlight the first significant force peak, which can be crucial in some testing scenarios. This mode is commonly used in applications where the initial impact or resisting force is of primary importance.