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Product Details:
Payment & Shipping Terms:
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| Product Name: | Electric Bicycle Handlebar Riser Bending Test Machine | Force Range: | 0~2000N Can Be Preset |
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| Unit Switching: | Kg, N, Lb (can Be Switched Freely) | Load Analysis Degree: | 1/250000 |
| Load Accuracy: | ± 0.2% | Force Measurement Display Accuracy: | 0.001Kg |
| Bend Range: | 0~800mm Adjustable | Test Speed: | 1~350mm/min (stepless Speed Regulation) |
| Data Acquisition System: | 36-bit High-speed Acquisition Card | Key Words: | Handlebar Riser Bending |
| Highlight: | Handlebar Riser Bending Test Machine,Computer Servo Bending Test Machine,Servo Electric Bike Tester |
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This specialized testing machine dynamically simulates loading conditions on electric bicycle handlebar risers. Through computer-controlled servo systems, it precisely controls cylinder movement and collects force sensor data to conduct comprehensive dynamic fatigue simulation tests, primarily focused on evaluating bending fatigue characteristics of handlebars.
Control Method
Computer Servo Control
Force Range
0~2000N (presettable)
Unit Switching
Kg, N, Lb (freely switchable)
Load Analysis Degree
1/250000
Load Accuracy
± 0.2%
Displacement Switch
mm, cm, in
Force Measurement Display Accuracy
0.001Kg
Displacement Measurement Display Accuracy
0.001mm
Bend Range
0~800mm (adjustable)
Test Speed
1~350mm/min (stepless speed regulation)
Transmission System
Servo motor, Taiwan ZPT ball screw, computer software TM2101
Safety Devices
Overload emergency stop, upper/lower stroke limit, automatic break point shutdown
Data Acquisition System
36-bit high-speed acquisition card
Software Control
Frequency, loading time, and pause time control
Test Result Display
Computer automatic digital and curve dual display
Data Storage
Computer automatic save
Report Generation
Automatically generated according to settings and customer requirements
Data Saving
System automatically saves all test data
Stop Modes
Automatic stop when power fails to reach set value / automatic stop when test piece is damaged
Contact Person: Ms. Fiona Zhong
Tel: +86 135 3248 7540