High accuracy system for Laser cutting

FineCut 200 is a Class 1 Laser micro-cutting system for tubes. Built on a highly stable granite structure. Tailor-made for medical device manufacturing, particularly for coronary and vascular stents in CoCr or Ni-Ti alloys, heart valves, hypo-tubes, insulin pens, and metal needles, it can also be used in the production of jewelry such as bracelets and rings.

Optionally equipped with a small XY table, it can also perform 2D cuts on sheet metal. The motion is achieved via a precise and extremely repeatable set of CNC-controlled axes and the integration of the latest generation of fiber or ultra-short pulse Laser sources guarantee production with exceptional finishes.

The user interface is enhanced through an HMI featuring integrated CAD/CAM functionality, allowing for the direct import of graphic files.

We are available for your questions or suggestions.
Please fill out the form below.

Laser technology
Fiber CW single mode or USP

Positioning Axes
Up to 4, CNC controlled

Working area
250×250 mm

Tooling
Specific cutting box for tubes

HMI
Easy operator access via CAD/CAM

High accuracy system for Laser cutting

FineCut 200 is a Class 1 Laser micro-cutting system for tubes. Built on a highly stable granite structure. Tailor-made for medical device manufacturing, particularly for coronary and vascular stents in CoCr or Ni-Ti alloys, heart valves, hypo-tubes, insulin pens, and metal needles, it can also be used in the production of jewelry such as bracelets and rings.

Optionally equipped with a small XY table, it can also perform 2D cuts on sheet metal. The motion is achieved via a precise and extremely repeatable set of CNC-controlled axes and the integration of the latest generation of fiber or ultra-short pulse Laser sources guarantee production with exceptional finishes.

The user interface is enhanced through an HMI featuring integrated CAD/CAM functionality, allowing for the direct import of graphic files.

We are available for your questions or suggestions.
Please fill out the form below.

Laser technology
Fiber CW single mode or USP

Positioning Axes
Up to 4, CNC controlled

Working area
250×250 mm

Tooling
Specific cutting box for tubes

HMI
Easy operator access via CAD/CAM