Metal.Car., It is a metalwork company specialized in laser cutting on tubes in Turin, capable of working on profiles in stainless steel, aluminium, iron and other metal alloys.

Inside, there is also a division dedicated to laser cutting of flat sheets and profiles of various shapes and different ferrous materials.

Furthermore, Metal.Car. has a painting and assembly line that allows for the creation of turnkey products.

A vast presence of cutting-edge machinery allows us to operate in multiple processing sectors such as:

• Light and heavy metal carpentry
• Interior and exterior furnishings
• Design objects
• Street furniture
• Nautical sector

We firmly believe in innovation, attention to detail, and, last but not least, complete customer satisfaction.

2D/3D laser cutting

 In the past, laser sources were mainly used in metalworking, more specifically for cutting and welding; only recently have they found new applications in the field of three-dimensionality.

Laser cutting machines typically consist of an oscillator or cutting head, a system of axes on which the head is positioned, and a special cover that protects the light beam.

Laser cutting on tubes in Turin, on the other hand, is a cutting method capable of creating a beam of very powerful radiation, capable of moving the cutting head along the perimeter of the profile being cut, generating clean cuts in circumstances where extremely high precision is required.

Laser cutting on profiles

Laser cutting on tubes is a technology used increasingly frequently in metal fabrication as it can be applied to various sectors: from nautical to light and heavy carpentry and many others.

This technique consists in fixing the worked product, also called Rotolas, which is placed inside a mandrel.

The latter, as with turning, uses the machine's laser beam to cut the profile while it is rotating.

 

Technical department

Metal. Car. has a specialized staff fully competent in the use of cutting-edge 3D design programs that communicate with the machinery and ensure precise processing in very rapid times.