Guidewire Sliding Stress Measurement Device for Test Automation and Data Collection

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last updated：Jun 24, 2026

プロテック

Measuring the push and pull force of the guidewire!

With Protech's "Guide Wire Sliding Stress Measurement Device," you can measure frictional force by rotating the roller with a torque sensor on the hand side, pressing the guide wire into the template, and pulling it out. It is possible to continuously measure the pushing and pulling forces, and repeated back-and-forth measurements can also be conducted. The measurement results are displayed in real-time as graphs on a PC, and the measurement data can be saved in CSV file format. Additionally, parameters can be set as desired.

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basic information

**Features** - Measures frictional force by pushing and pulling the guide wire into and out of the template. - Capable of continuous measurement of pushing and pulling (reciprocal measurement). - Can repeat reciprocal measurements. - Distance and speed of movement can be set on the parameter screen. - Measurement results are displayed in real-time as a graph on the PC screen. - Measurement results can be saved in CSV file format. **Specifications** <Torque> - Maximum Torque: 30mNm - Torque Display: ±30.00mNm - Torque Resolution: 0.01mNm - Sensor Accuracy: ±0.5% of F.S - Zero Drift: ±0.4% of F.S - Overall Torque Accuracy: ±1±2 Digit - Peak Hold Function: Standard equipment - Mechanical Response Frequency: Approximately 20ms - Overload Protection Measures: Equipped (sensor stops if load exceeds 105%) <Rotational Speed> - Rotational Speed Accuracy: ±1% of F.S - Usable Rotational Speed Range: 1 to 300rpm - Resolution: 1rpm <Angle> - Angle Display: 1999.9 degrees - Resolution: 0.1 degrees - Angle Display Accuracy: ±0.1 degrees *Note: Torque display shows + for CW and - for CCW.*