Vision-assisted laser systems combine cameras and laser marking to automatically locate products before processing, reducing dependence on fixed positioning fixtures.
Traditional laser marking often requires products to be accurately placed inside a fixture.
This works well for repetitive production, but it can become inefficient when product positions or orientations frequently change.
Visual positioning technology provides a more flexible approach.
Automatic Recognition
A CCD vision system captures an image of the product and analyzes information including:
Shape
Surface features
Position
Orientation
Product size
The marking software then determines the correct marking location.
Multi-Angle Recognition
The vision system described in the catalog can support recognition across a full range of product orientations.
This helps when products are not always positioned in exactly the same direction.
Reduced Fixture Requirements
Vision positioning can reduce dependence on mechanical fixtures.
This is useful for:
Multiple product variants
Frequent product changeovers
Random orientation
Small-batch manufacturing
Automation Integration
Vision-based laser marking can work with:
Applicable Industries
Typical applications include:
Electronic components
Connectors
Relays
Transformers
PCB-related products
Automotive parts
Hardware
Plastics
Conclusion
Visual positioning improves the flexibility of industrial laser marking. It is particularly valuable where products vary in position, orientation or type and conventional fixtures would limit production efficiency.
