Monitor Hinge Torque Tester

Scope of Application:

The hinge life testing machine is a specialized device used to evaluate the torque performance and durability of shafts and hinges in electronic products. It is mainly applied to durability testing of complete devices and components in products such as laptop computers, LCD monitors, and flip mobile phones.

Product Overview:

The notebook hinge torque testing machine is designed to evaluate the torque degradation of notebook computer hinges after repeated opening and closing cycles. It is capable of measuring hinge torque values during each cycle, recording torque variation curves, and generating torque decay life curves. This eliminates the inconvenience of traditional methods that require disassembly of the hinge for torque measurement.The system features a Windows-based user interface, offering simple and intuitive operation. All test data—including test conditions, torque–angle curves, life cycle curves, and inspection reports—can be fully stored for analysis and traceability.This testing machine is also suitable for torque and service life testing of various components such as screws, torsion springs, hinges, shafts, housings, fasteners, and wire harnesses. Through industrial computer analysis, it accurately measures torque and rotational angle, as well as the corresponding torque–speed variation curves. The system enables precise control of rotation angle, rotation speed, target test cycles, and dwell time during torque testing.

Equipped with a servo motor and a Windows-based control system, the machine ensures easy operation, reliable performance, and comprehensive data storage, making it a high-performance and dependable mechanical testing instrument.

Product Features:

1.Capable of printing and storing graphical data, including torque–angle curves, torque decay curves, and inspection reports.

2.Test data are stored on the hard drive, with unlimited storage for each test record.

3.All test conditions are set via the computer interface, including opening angle, speed, number of cycles, and dwell time.

4.Report headers can be edited at any time and support both Chinese and English.

5.Inspection reports can be exported to Excel for further editing.

6.Records the torque–angle curve for each test cycle.

7.Simultaneously displays the torque–angle curve and the torque decay curve.

8.The test position of the notebook can be adjusted as required.

9.Supports both single-side and dual-side force application.

10.Simulates repeated

Product Configuration:

1.Frame:

a. Drive System: Powered by a servo motor, providing high-precision positioning, accurate control, high torque output, and suitability for long-term operation.

b. Transmission System: Dual-arm synchronous belt transmission, offering high efficiency, smooth operation, low noise, and stable motion without lateral shaking.

c. Guiding System: Precision linear guide rails are used to guide shaft oscillation, ensuring low friction, smooth movement, and long service life.

d. Worktable: The fixed working platform is height-adjustable to ensure concentric alignment between the shaft and the swing arm.

2.Control System:

a. Human–Machine Interface (HMI): Windows-based control system displaying test parameters and data, including set angle, current angle, operating speed, preset cycle count, completed cycles, and dwell time.

b. PLC: Customized Hongjin PLC, offering high reliability and durability for continuous operation.

c. Angle Measurement: Photoelectric encoder for angle measurement, providing high accuracy.

d. Parameter Setting: Rotation angle, speed, number of test cycles, and test table height can be set and adjusted.

Product Parameters:

Actual Product Photos:

Company Profile: