Full 3D laser measurement of forged parts
alpha.hot3D3D feature evaluation in solid forming
Quick and easy in-line process
- Operation at production line
- Benchtop unit for measurement of specimen up to 1200 °C
- Easy operation and status display with one button
- Complete 3D scan with precise laser sensors
- Measurement and evaluation in a few seconds
- Individual prediction of cold dimensions for each feature
- Accuracy of predicted cold dimensions from ±25 μm
- Customizable inspection plans, expandable feature library
- Flexible interface configuration for result data (CAQ systems, qs-STAT, ...)
- Automatic measuring equipment monitoring according to MSA method 1
![[Translate to Englisch:] Lasermesszelle alpha.hot3D](/fileadmin/_processed_/4/9/csm_a.hot3D_Zelle_im_Einsatz_2_3430364de7.png)
![[Translate to Englisch:] Digitaler Zwilling, 3D-Daten durch Laservermessung](/fileadmin/_processed_/3/e/csm_a.hot3D_Digitaler_Zwilling_b762b0ba82.png)
Digital twin, 3D data via laser scan
Digital transformation on the line
- Digital twins as permanent reference samples
- Documentation of the production process
- Early intervention in the process
- Objective criteria for forging tool evaluation
- Optimization of forging tool life
- Process optimization: Time, material and energy savings
Operating principle of laser measurement
The 3D geometry of the specimen is assessed by nokra laser light section sensors while being rotated by 360°.
Technical features
- Quickly exchangeable specimen adapter
- Easy referencing with included reference body
- Laser class 1 system
- TWIN sensors optionally available to avoid shading effects in case of non-rotationally symmetrical components (for system size L)
- Integrated database for storage of results (4 TB)
- Dimensions of the measuring cell (W x H x D)
Benchtop system S and M: 520 x 900 x 580 mm, 92 kg
Benchtop system L: 670 x 1000 x 680, 115 kg
