Total confidence with TRUMPF process sensors!
You can avoid defective parts with TRUMPF's image processing solution VisionLine. VisionLine automatically detects the component position, forwards this information to the control, and ensures that the welding seam or marking is always in the right place. The system instantly detects whether a component is missing or if it has already been processed. The sensor system supports all manner of applications – from welding and cutting through to marking. A check of the marked code can also be carried out very easily. Using an intuitive user interface and pre-defined attribute library, it is very easy to integrate VisionLine in the production process. After just a few work steps, the operator can start right away.
Enjoy the benefits of having TRUMPF as an entire system supplier – from the laser to the process sensor system and consulting
Reduce your component positioning requirements without any loss of quality
The person doing set-up work can perform processing tasks on their own, even if they have no previous experience.
You can save image data at any time to guarantee traceability.
Hairpin welding with VisionLine image processing
A typical application for VisionLine image processing is
position recognition of hairpins in stators which are used in electric motors.
Welding of electronic components
The image processing system detects the pins that are to be welded, for example in electronic control units, sensors, and actuators.
Welding of joint connections
Image processing enables you to detect seam points when welding heat exchangers or seat rails, indicating they are welded at the right location.
Marking of text and code
VisionLine image processing finds the right position before the marking process, and, after marking, checks whether the content and quality of this meets the specifications.
Image processing for cutting and welding applications
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Image processing for marking applications
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| Configuration | ||
| Systems available | TruLaser Station 5005, TruLaser Cell 3000 | TruMark Station 5000, TruMark Station 7000 |
| Available lasers | TruDiode, TruDisk, TruFiber, TruPulse | TruMark Series 3000/5000, TruMicro Mark 2000 |
| Available options |
Basic, Detect, Project
Adjust (TruLaser Cell 3000) | Adjust, Detect, Trace, Trace Pro |
| Available focal lengths |
150 / 200 mm (FocusLine Professional)
150 / 200 / 250 mm (WeldLine Modular) 150 / 200 / 250 / 300 mm (BEO D50) 200 / 300 mm (BEO D70) 255 / 345 / 450 mm (PFO 33-2) 255 / 450 mm (PFO 3D-2) | 160 / 163 / 254 mm (TruMark) |
| Lighting | LED, λ = 625 nm | LED, λ = 850 nm |
| Parameters | ||
| Smallest readable DMC module size | - | 30 μm |
| Supported codes | - | 4-state, BC412, Codabar, Code 30, Code 93, Code 128, EAN 8, EAN 13, EAN 4, GS1-128, GS1 Databar, Industrial 2/5, Interleaved 2/5, UPC-A, UPC-E, Data Matrix, QR, Aztec, PDF417, Maxicode, OCR/OCV |
| Typ. image processing time | 100 ms - 150 ms | 200 ms |
| Typ. precision of the working distance search | ± 50 μm with f = 150 mm (TruLaser Cell 3000) | ± 50 μm (TruMicro Mark) |
| Typ. precision of the position recognition | ± 20 μm in the image center | ± 20 μm in the image center |
The technical data of all product versions as a download.
Image processing for cutting and welding applications
Camera-based image processing means you can keep an eye on everything
during cutting and welding applications. With the Basic, Detect, and Project options, you can choose between simple monitoring of the workpiece, recognition of characteristics, or a customer-specific extension. The TruLaser Cell 3000 also has the Adjust option, which enables you to set the working distance automatically.
Image processing for marking applications
Image processing impresses when used in marking applications, as it can be applied in all manner of ways. No matter whether the camera looks through the scanner lens, is laterally installed, or whether the machine uses one or two cameras – the possibilities are endless. The Adjust, Detect, Trace, and Trace Pro options enable you to choose between automatic working distance search, recognition of characteristics, code selection, and verification.
A digital camera image with cross-hairs in the laser focus helps with workpiece monitoring and teaching. Using the VisionLine Basic in combination with the TRUMPF scanner optics of the PFO series is particularly advantageous. In this case, the offset between the laser light and monitoring light outside of the center of the scan field is corrected so that the focus position shown in the image corresponds to the actual position of the laser focus.
The automatic focal position setting automatically sets the right distance to the workpiece via a focus sharpness measurement. This means you save time setting up – a simple press of a button is enough.
With the reading back of the marked 1D or 2D code, you can ensure that the content is correct and legible. Optimal illumination is ensured so that even difficult industrial conditions are not a problem. The position and orientation of the code is still reported back.
In addition to reading out a code, with this package, its quality can also be checked – for example, in accordance with the AIM DPM quality metrics. This means you can monitor your process perfectly and document the results.
The recognition of characteristics enables image processing programs to be integrated simply into the production process. The appropriate distinguishing features can be selected from a template library for many application scenarios and can be configured using the user interface of the panel PC.
With an additional service package, TRUMPF provides a complete solution for complex image processing tasks. Programming the process-stable image processing, including extensive documentation is performed, subject to a successful feasibility study.
This product range and information may vary depending on the country. Subject to changes to technology, equipment, price and range of accessories. Please get in touch with your local contact person to find out whether the product is available in your country.
