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Rotary tool for CMark lasers
The CMark laser rotary attachment is designed for marking and engraving cylindrical parts made from organic materials, like wooden rounds, plastic rings, tubes, and similar items.
It lets you engrave precisely all the way around a part—360°—on both the outside and inside surfaces. The part rotates automatically and stays perfectly synchronized with the laser, so the marking comes out even and consistent all the way around, even on tricky shapes.
This makes it a great fit for jobs that call for fully customizing turned parts or technical components.”
Technical data sheet
The rotary tool for the CMark range enables precise marking of cylindrical parts without any modification to the machine’s structure.
Key specifications include:
– Direct integration onto the marking bed, with no mechanical changes or station recalibration needed.
– Quick-connect via a dedicated interface built into the CMark system, ensuring seamless synchronization with the control software.
– Optimized for marking cylindrical parts in plastic or metal, delivering high rotational precision and excellent repeatability.
– A software-controlled motorized chuck for precise angular control, ensuring uniform marking all the way around (360°).
– Available in several standard diameters: 60 mm, 80 mm, 100 mm, and 125 mm.
– Custom versions available for off-format parts or parts with specific customer requirements.
– A rigid, stable structure that minimizes vibration during marking, keeping engravings sharp even at high speeds.
60 mm maximum
80 mm maximum
100 mm maximum
125 mm maximum
or custom-made
CMark CO2 Laser
Allows speed control according to materials and project requirements
360° which allows for uniform marking across the entire circumference and inside cylindrical parts
Compatible with parts of different sizes and adjustable to various diameters
Secure holding of parts during rotation for optimal stability
Programming via marking software to synchronize rotation and laser, ensuring maximum precision

























