Force Gauge

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Handheld Push Pull Force Gauge, 5KN/10KN to 2000 kN

T-HA-2000

High-accuracy digital force gauge, 2 kN–2000 kN capacity, external sensor, 6-digit display, adjustable gravity setting. Supports N/kg/lb conversion, stores 447 test values, customizable auto-shutdown, 100V-240V charging. Compact, versatile, ideal for electronics, hardware, and machinery applications.

$514.37

Digital Force Gauge, 10N/20N/50N to 500N

T-FG-AMF10

Affordable digital force gauge offers precise measurements from 10N to 500N with ±1% accuracy. It features a clear LCD display, four unit options (N, kg, lb, oz), and durable stainless copper test hooks, making it ideal for various industries, including electronics, automotive, and textiles.

$107.36

Mechanical Push Pull Force Gauge, 10N/ 100N/ 200N to 500N

T-FG-NK500

High-efficiency mechanical force gauge with capacities from 10N to 500N. Features a push-pull stroke of 10mm and operates at 10℃~30℃. Dual units (N/kg) displayed simultaneously. Ideal for electronics, electrical appliances, and hardware industries.

$125.47

A force gauge is a measuring instrument used to quantify the magnitude of force applied to an object. It is widely used in various industries for quality control, research, and testing applications. Force gauges can measure both tensile (pulling) and compressive (pushing) forces, making them versatile tools for multiple scenarios.

Key Features

Measurement Range: Available in various capacities, from a few Newtons to several thousand kN, to suit different applications.
Unit Conversion: Supports common measurement units such as N (Newton), kg (Kilogram), and lb (Pound) with easy conversion.
Display: Equipped with a digital or analog display, providing precise and real-time readings.
Data Storage: Many digital models include storage and data export functions for further analysis.
Ease of Use: Compact, lightweight, and portable, ideal for both field and lab use.

Applications

Force gauges are commonly used in:

Manufacturing and Quality Control: Testing product durability and component strength.
Research and Development: Measuring forces in prototypes and experiments.
Electronics and Hardware: Testing switches, springs, and other mechanical components.
Medical Devices: Measuring the force of medical tools or equipment.

With their accuracy and reliability, force gauges are essential tools for ensuring safety, functionality, and compliance in various fields.