Guns and Control Systems
Dynamic Contour Detection
Gema's latest "Dynamic Contour Detection" system detects the contours of the part and enables products to be coated with minimal human intervention.
Contour detectionThe system detects the contours of the component and enables painting of products with minimal human intervention.
Laser ScannerUses a laser scanner to detect the shape of the most complex objects, ensuring excellent surface coating results.
Two-stage processThe process takes place in two stages: scanning and spraying.
Independent axesEach axis is positioned independently of the others according to the shape of the segmented object.
Using Gema's latest "Dynamic Contour Detection" system, the system detects the contours of the part and enables products to be coated with minimal human intervention. This advanced Gema solution uses a laser scanner to detect the shape of the most complex objects to ensure excellent surface coating results.
The process takes place in two stages
- Scanning — the laser scanners operate in a two-dimensional area. They measure obstacle distances and calculate the object's contours. This data is transmitted to the MagicControl 4.0 unit.
- Spraying — the scanned object's shape is segmented and translated into a precise axis position and individual gun settings. Each axis is positioned independently of one another.
Minimal craftsmanshipAutomation applies coating to products with minimal human intervention.
High qualityThe higher the resolution of the guns, the higher the quality with which the automation can paint the products.
Handling Complex ShapesThe laser scanner detects the shape of even the most complex objects.
Precise positioningThe shape of the scanned object is translated according to precise axis positioning and individual gun settings.
Common questions about this product.
Frequently asked questions
What objects is Dynamic Contour Detection suitable for?
The solution is designed to detect the shape of the most complex objects in order to ensure excellent surface coating results.
How does a laser scanner detect the shape of an object?
Laser scanners operate within a two-dimensional area, measure obstacle distances, and calculate the object's contours based on this data.
Which control unit does the system use to process the data?
The data obtained during scanning is transmitted to the MagicControl 4.0 device.
How does the spraying process work after scanning?
The scanned object's shape is segmented and translated according to the precise axis position and individual gun settings.
Can the sections be controlled independently of one another?
Yes, each axis is positioned independently of the others.
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