Vertical and horizontal design
Accurate measurement
Sturdy and stable
Easy to operate
Wide range of applications
※Briefly describe product features; other specifications are subject to actual shipment per customer requirements※
Vertical and Horizontal Manual Push-Pull Force Test Bench
This test bench features both vertical and horizontal test modes and is equipped with a base plate, providing flexible measurement options. Designed specifically for push-pull force testing, it is suitable for measuring the push-pull performance of various products and can accurately measure pull or push forces up to 500N. This test bench is widely used in product design and quality control, ensuring accurate test results.
Specifications
Maximum load: 500N
Travel distance: 2mm per revolution
Stroke: 240mm
Main unit weight (vertical): 16kg
Main unit weight (horizontal): 12kg
Dimensions: 200 x 500 x 150 mm
Features
✅ Vertical and horizontal design: Flexibly select vertical or horizontal test mode for testing, adapting to various application requirements.
✅ Accurate measurement: With a travel distance of 2mm per revolution and the ability to test up to 240mm, it provides accurate push-pull force measurements.
✅ Sturdy and Stable: The machine's robust structure withstands long-term use and ensures consistent and stable measurement results.
✅ Easy to Operate: The simple design makes it easy to install and operate, suitable for various testing environments.
✅ Wide Range of Applications: It is widely used for testing the push and pull force of various products, such as buttons and switches.
The Vertical/Horizontal Manual Push and Pull Force Test Bench is a simple, highly accurate device suitable for push and pull force measurement needs. Whether in portrait or landscape mode, it allows for easy measurement and accurate data. This test bench is not only suitable for push and pull force testing of various products, but also ensures stable and reliable measurement results, making it an ideal choice for production and quality control processes.