POS+ professional - Optimal processing of printed materials

Additional information

Lasersystem:
XL-1600 | Laser-Cutter-Machine further informations , XL-3200 | Laser-Cutter-Machinefurther informations, L-3200 | Laser-Cutter-Machinefurther informations, 2XL-3200 | Laser-Cutter-Machinefurther informations, 3XL-3200 | Laser-Cutter-Machinefurther informations, Automation-and-Optionsfurther informations
Material:
Polycarbonatefurther informations, Aramid further informations, Cork further informations, Fibre-glass further informations, Glass further informations, MDF further informations, Multiplex further informations, Paper-Cardboard further informations, PET-PETG further informations, Plastics further informations, Plywood further informations, Polyamide further informations, Polyester further informations, Polyethylene further informations, Polypropylene further informations, Polystyrene further informations, Textiles further informations, Veneer further informations, Wood further informations, Foils further informations, Metal further informations, Foam, Acrylic+ further informations
Application:
Packaging further informations, Advertisingfurther informations, Automotivefurther informations, Clothing-industryfurther informations, Label-productionfurther informations, Medical-industryfurther informations, Military-Policefurther informations, Plastics-processingfurther informations, Sport-industryfurther informations, Home-textiles
Basicmaterial:
Sheet, Plate, Roll, Mat
Machining:
Laser-cutting
Options:
POSITIONplus further informations
Tags:
Camera, CCD, Laser scanner, Automation, Efficiency

The POSITION+professional camera recognition system captures the entire work area using an area scan. This speeds up the process time by up to 90%. By reading QR/barcodes, various application jobs including parameters can be assigned directly to the material or the respective order. Fully automated processes, such as print-on-demand, are therefore possible. By capturing contours on the material, suitable cutting data is automatically generated and positioned. The new optical recognition system can be integrated into all current eurolaser systems.

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