COUTH LASER CO₂

- System can be integrated into production lines.
- High productivity with no need for any consumables.
- Premium optics for a top-quality laser beam
- Software that is adaptable to wide possibilities-needs.
- Great flexibility and legibility.
- Fast, clean, and safe process.
- Minimum maintenance.
- Suitable for marking organic materials, plastics, minerals or coated metals.
Your trusted laser marking system
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Characteristics COUTH LASER CO₂
Table of characteristics

3D Marking

- Speed up to 5000 mm/s.
- Marking area 200×200 mm.
- Versatility in materials.
- Supported file formats: .STL (recomended), .SMF and .X3D.
- Adjustable power to work with higher power levels than conventional 3D systems, increasing the range of applications and marking efficacy.
- Dynamic focus technology that automatically adjusts the focal position for marking, achieving precise and uniform results on complex surfaces.
- Advanced optical design to reduce light loss, ensuring high precision and marking speed.
Standalone

- Laser system that can be integrated into any production line.
- The software can be set to operate totally autonomously.
- File transfer from PC to the laser system via USB.
- Marking in STAND ALONE mode (no PC required).
- Serial option included in all COUTH LASER power settings.
Deep Marking

- Process by means of which the laser beam eliminates material to create a non-superficial mark.
- Provides for light marking (up to 25 microns) and superior marks for moulds, seals, etc.
MOF - Mark on the fly

- Dynamic marking system that can be used while parts are in movement
- The perfect solution to be integrated onto production lines, maximising the system’s power and speed.
- An ideal option for stations with a conveyor belt line since the movement of the object to be marked is superimposed with the laser beam’s movement.
Lenses


Connection options
- PROFINET
- ETHERNET/IP
AUTOFOCUS

- Accessory to automate the optimal focusing for marking.
- Motorized column that automatically lowers or rises to mark in the ideal position.
