Carbon fiber traverse

The material’s Fiber structure is highly organized and grants it considerable mechanical resistance. The major advantages of carbon Fibers are: small density, good thermal and electrical conductivity. They are used especially in the cases when high durability of products is required combined with low weight. Carbon Fiber is used to produce elements operating under huge loads e.g. in Formula 1 cars, aerospace constructions and EAGLE machines.

Traverse manufactured from carbon Fiber reduces the mass of moving machine parts and at the same time provides nearly perfect rigidity which results in high precision machining. The application of such a material facilitates extremely dynamic and precise cuts. It is an ideal solution especially for those applications requiring large batches of precise accurate components.

What are the advantages of a carbon fiber?
High mechanical strength.
Very high rigidity and robustness.
Non-flammability and chemical resistance.
Durability and long service life.
Very low weight compared to steel.
Not subject to deformation.

F1 standards

We have created a traverse according to the quality used in motor sports. Our machine is based on carbon fiber, which is also used in the production of F1 cars.

The traverse is a movable element of a laser cutter, which moves faster and more dynamically and makes machine more efficient. The key here is the weight of the moving parts, and the carbon fiber traverse is almost 6 times lighter than steel (37kg carbon fiber, 230kg structural steel), while retaining the same strength.


Carbon fiber is the highest standard used in today's industry. It is mostly made of graphite, which makes it non-flammable, hard, robust and chemically resistant.

Carbon fiber is increasingly used in the industry as a reinforcement of high quality epoxy resin based laminates. The solution is used especially when high strength is required in combination with low weight.


Exceptional properties

Comprehensive, modern construction reduces the weight of the crossbar and results in almost perfect rigidity, which translates into high machining accuracy. Ideal for users whose production requires precision cutting in large batches.

Equipping the machine with a carbon fiber trajectory improves its dynamics four times with respect to steel machines.