Traditional Checking Fixtures & Masters
Classic checking fixture solutions + high-precision metal master verification system
Traditional Checking Fixtures
Headlamp Assembly Checking Fixture
Through Lamp Assembly Checking Fixture
Front Bumper Assembly Checking Fixture
Front Door Assembly Checking Fixture
Tailgate Assembly Checking Fixture
6-in-1 Bumper Measurement Fixture
Q-DIP Measurement Software
Digital Checking Fixture Measurement data信息化 solution — released 2017, measurement platform 2019
Q-DIP Digital Checking Fixture Measurement Data System
✓ Each device supports multiple parts; each part configurable on multiple devices
✓ Part creation, image update, measurement point name/position creation & editing
✓ Custom tolerance, alarm, zero, offset settings per measurement point
✓ Record part model, barcode, operator, and time per measurement
✓ Pass/fail/alarm judgment with numeric, color, and voice alerts
✓ Group point mean, range, plane angle calculations
✓ Measurement query & export, report generation & export, trend charts
✓ Online software upgrade and version update
Digital Checking Fixture Products
Measurement Demo Videos
Q-DIP Measurement Application Demo
Automatic Digital Checking Fixture Measurement Demo
Metal Masters
High-precision metal parts from 3D CAD — the core tool for accuracy assurance
5 Key Functions of Metal Masters
- Verify Equipment Accuracy: Used for daily startup checks on online equipment.
- Determine Theoretical Normal Direction: Improves correlation accuracy between measurement equipment, checking fixtures & CMM.
- Comparative Measurement Reference: Collect data from both metal master and lamp at same position; calculate lamp deviation via master.
- Rapid Fault Diagnosis: Quickly determine whether anomalies are equipment or product related.
- Long-Term Stable Use: High dimensional accuracy, wear-resistant positioning, stable profile — long service life.
Metal Master vs Product Sample
| Dimension | Metal Masters | Product Sample |
|---|---|---|
| Manufacturing Method | Precision machined from 3D CAD | Selected from production |
| Dimensional Stability | High precision · Long-term stable | Unstable · Batch-dependent |
| Positioning Wear Resistance | High wear resistance · Good repeatability | Wear-prone · Poor repeatability |
| Correlation Accuracy | High · Profile matches CAD | Low · Significant CAD deviation |
| Calibration Method | No frequent calibration needed | Requires daily CMM calibration |
| Misjudgment Risk | Low · Unaffected by product variation | High · Welding pose & batch variation cause errors |