Precision Insertion and Extraction Force Tester-1311VRW

Precision Insertion and Extraction Force Tester

This precision insertion and extraction force tester is designed specifically for testing insertion and extraction force and insertion and extraction cycles. It is widely used for plugging and extraction testing of electronic components, connectors, and other products. Equipped with a precise measurement system and an efficient drive mechanism, this machine is ideal for applications requiring high-precision insertion and extraction force testing. Product Specifications

Maximum Load: 200 kgf (2 kN)

Test Stroke: 150 mm

Cylinder Length: 548 mm

Cylinder Interval: Effective 250 mm

Test Speed: 0.2 to 250 mm/min or 5-step Constant Speed

Stroke Detection: Optical Scale (Linear Gauge)

Stroke Display: 0 to 30 mm

Stage Size: 200 mm Diameter

Drive Mechanism: Precision Ball Screw

Motor: Servo Motor

Main Unit Weight: 41 kg

External Dimensions: 365 x 900 x 314 mm

Power Supply: AC 100V / AC 220V

Product Features

✅ High-Precision Testing System: Equipped with an optical scale and precision ball screw drive system to ensure accurate test results. ✅ Multi-Speed Settings: Supports adjustable speeds from 0.2 to 250 mm/min, with five fixed speed options to accommodate diverse testing needs.

✅ High Load Capacity: Supports loads up to 200 kgf (2 kN), suitable for high-strength testing.

✅ Adjustable Test Stroke: Strokes up to 150 mm are supported, with precise displacement display for easy operation and control.

✅ Stable Servo Motor Drive: Equipped with a high-efficiency servo motor, it provides smooth and stable operation.

✅ Wide Testing Range: Suitable for testing various insertion and extraction forces and mating cycles, across a wide range of electronic components and connectors.

The precision insertion force tester, with its high load capacity, sophisticated measurement system, and diverse testing options, provides an efficient solution for plugging and unplugging various electronic components and connectors. Its highly adjustable test speed and stroke settings, combined with precise stroke detection, make it an ideal choice for testing insertion and extraction forces, connector mating cycles, and durability.