Laser cutting and plasma cutting for metalworking

Un'icona a forma di scudo nero con un segno di spunta al centro, che rappresenta sicurezza, protezione o verifica.
Consolidated experience
Custom-made work
Precision and production quality

CAR.MEC. METAL WORK S.R.L.

Cutting processes represent an essential phase in metal carpentry and require technologies capable of guaranteeing precision, quality, and production continuity.


Car.mec. performs laser and plasma cutting on stainless steel, carbon steel, and sheet metal for civil and industrial structures.



The choice of technology varies based on the type of material, thickness, and characteristics required by the project. This approach allows for precise components ready for subsequent processing.

Laser cutting for precision machining

Laser cutting is particularly suitable for processes that require high accuracy and clean finishes. Car.mec. uses the Mazak Optiplex Nexus 3015 Fiber Laser machine, designed for fast and precise processing of sheet metal.


The system allows you to work:

  • carbon steel up to 15 mm thick
  • stainless steel up to 12 mm thick
  • formats up to 2000x4000 mm

This technology allows for precise cuts and accurate details, making it ideal for metal components, structural elements, and products intended for aesthetic applications.


Contact us for information on laser cutting and plasma cutting services for metalwork.

Plasma cutting for high thicknesses

Plasma cutting is mainly used for processing thick sheet metal.


This technology allows for quick and functional cuts, particularly suitable for the creation of metal structures, beams, and components for the construction and industrial sectors.


The use of plasma allows for maintaining high productivity and operational continuity even on large-scale jobs.

Precision and quality of workmanship

Cutting processes are managed internally by specialized personnel, with constant monitoring of the production phases and attention to final quality.

The main advantages of laser and plasma cutting include:

  • dimensional precision
  • waste reduction
  • production speed
  • cleaning of the processes
  • adaptability to different materials

This allows you to obtain metal components ready for bending, assembly and welding.