The Starting Point of Ultra-Precision Machining
In high-precision manufacturing, tool measurement accuracy directly determines product yield and success. As a specialist in Taiwan-manufactured tool length measurement, T-SENSE is committed to delivering the highest quality tool setters for industrial applications.
To prove our sensing mechanism technology, T-SENSE submitted our tool setters to the prestigious "Beijing Jingdiao CNC Machine Tool Research Institute" for extreme precision and fatigue testing. If you are seeking a tool setter with the best repeatability on the market, this authentic test report provides clear verification.
Testing Conditions: 1,400 Continuous Cycles of Extreme Testing
- Total Test Cycles: 1,400 continuous operations (400 center-point touch-offs plus 250 cycles at 4 offset points each).
- Acceptance Criteria: Maximum error ≤ 0.002mm (2μm), 2-sigma (2σ) standard deviation ≤ 0.001mm (1μm).
Official Report from Beijing Jingdiao CNC Machine Tool Institute
Below is the original inspection certificate issued by the institute for T-SENSE tool setters:
Test Results: Sub-Micron Performance Exceeding Standards
The results demonstrate that T-SENSE tool setters not only met the qualification threshold easily, but delivered impressive stability across different feed rates. Core statistics include:
| Feed Rate | Center Range (Max-Min) | Center Precision (2σ) | Industry Standard | Assessment |
|---|---|---|---|---|
| F50 mm/min | 0.0008 mm (0.8 μm) | 0.000208 mm (0.208 μm) | 2σ < 0.001 mm | 🌟 Outstanding |
| F100 mm/min | 0.0005 mm (0.5 μm) | 0.000173 mm (0.173 μm) | 2σ < 0.001 mm | 🌟 Ultra-Stable |
Technical Highlight: Ultra-High Stability at Fast Feed Rates
The data reveals a major breakthrough: even at a faster feed rate of F100 mm/min, T-SENSE tool setters maintained an extraordinary 2σ precision of 0.000173mm (0.17μm).
In conventional contact sensors, higher feed speeds increase impact force during triggering, leading to dynamic lag or signal distortion. T-SENSE tool setters eliminate speed-induced measurement variance through proprietary internal geometry and low-force spring mechanisms.
Why Choose T-SENSE for Machining Yield Improvement?
Whether in aerospace parts, precision molds, or medical components, extreme machining accuracy stems from reliable measurement benchmarks. T-SENSE proves sub-micron 0.0001mm class repeatability with 1,400 continuous test cycles.
Upgrade Your CNC Measurement & Automation
Contact our engineering team to learn more about tool setter installation, controller compatibility, and micro-tool setting solutions.
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