BENDCHECK
In-line laser measuring device for measuring
straightness on rods and tubes
Properties
- Synchronous real-time scan to monitor bending of the product
- 3 to 5 non-contact measuring stations with 1 to 3 measuring axes
- Direct integration into the existing production process
- Constant quality assurance, also after the straightening process
- Recording of statistics, ensuring traceability
- Time savings thanks to automatic measurement control
- Continuous measurement without slowing down the production process
- Replaces manual measurements by means of off-line stations
- Optional measurement of head and tail bending with additional measuring stations
Benefits
- Cutting-edge optics and laser scan technology
- Maximum accuracy and stability
- Extremely high sampling rate
- Comprehensive quality control
- Permanently calibrated
- Extremely dirt resistant
- Robust and durable design
Number of measuring axes
Min. object diameter (mm)
Max. object diameter (mm)
Scan rate (scans/s)
Technical data
For accessories and detailed product information, refer to the respective brochures
BENDCHECK 100
- Measurement points
- 3 / 5
- Recommended max. object diameter
- 90 mm / 3.54″
- Min. object diameter
- 15 mm / 0.6″
- Scan rate
- 1’000/s
- Brochure
- BENDCHECK 100 (PDF, 2.51 MB)
BENDCHECK 160
- Measurement points
- 3 / 5
- Recommended max. object diameter
- 145 mm / 5.7″
- Min. object diameter
- 15 mm / 0.6″
- Scan rate
- 1’000/s
- Brochure
- BENDCHECK 160 (PDF, 2.51 MB)
BENDCHECK 230
- Measurement points
- 3 / 5
- Recommended max. object diameter
- 210 mm / 8.27″
- Min. object diameter
- 15 mm / 0.6″
- Scan rate
- 1’000/s
- Brochure
- BENDCHECK 230 (PDF, 2.51 MB)
BENDCHECK 310
- Measurement points
- 3 / 5
- Recommended max. object diameter
- 280 mm / 11″
- Min. object diameter
- 15 mm / 0.6″
- Scan rate
- 1’000/s
- Brochure
- BENDCHECK 310 (PDF, 2.51 MB)
Areas of application
The BENDCHECK system is suitable for in-line production optimization in the steel and metal industry.
The measuring solution enables in-line quality assurance in the production of tubes and rods and eliminates the need for complex manual straightness measurements.
