Material thickness, mmCarbon steelStainless steelGalvanized
OxygenNitrogenNitrogenOxygen
up to 0.512,3 UAH/m20,9 UAH/m17,3 UAH/m14,4 UAH/m
0.814,4 UAH/m24,5 UAH/m20,9 UAH/m15,9 UAH/m
115,9 UAH/m26,0 UAH/m26,0 UAH/m17,3 UAH/m
1.215,9 UAH/m28,1 UAH/m31,0 UAH/m20,9 UAH/m
1.517,3 UAH/m34,6 UAH/m34,6 UAH/m26,0 UAH/m
220,9 UAH/m48,3 UAH/m43,2 UAH/m34,6 UAH/m
326,0 UAH/m69,2 UAH/m69,2 UAH/m60,5 UAH/m
431,0 UAH/m103,7 UAH/m
541,8 UAH/m172,8 UAH/m
650,4 UAH/m224,7 UAH/m
877,8 UAH/m
1095,1 UAH/m
12121,0 UAH/m
14138,3 UAH/m
16172,8 UAH/m
The cost of laser cutting of metal for 1 meter of cut.
The final cost is calculated by the customer's terms of reference manager.
The price does not include the cost of punching the material (the price of one punching is 0.1 m of cut)
The cost of firing the film is 10 UAH / m.
The cost of the minimum order for laser cutting of metal is 1000 UAH.

Why we

Laser cutting of aluminum- fast, accurate and high quality

Laser cutting of aluminum , as an alternative technology to mechanical and electrical methods, is excellent for processing this material.

This is due primarily to the properties of the metal. It is strong, but at the same time light and resilient, therefore prone to deformation from the use of a mechanical tool or fasteners. Due to their high corrosion resistance, aluminum alloys are widely used in everyday life and in various industries.

The quality of most of the products manufactured for use in construction, instrument making, in the creation of aircraft, ships, railroad and motor transport …, are subject to increased requirements.

Laser technology allows you to quickly cut parts of any complexity and in any quantity. The precision and quality of laser cutting of aluminum sheet surpasses that of mechanical cutting.

Oxygenated Aluminum Cutting Process

Laser cutting of aluminum is performed at a relatively low speed to avoid material deformation. The processing is controlled by the CNC system, acting according to a previously prepared program.

The laser beam glides over the surface, melting the metal along the contact line. A stream of oxygen is applied to the area to be treated, which cools and removes molten particles from the cut edge.

This eliminates the need for additional processing, because the cuts are smooth and neat.

Benefits of using laser for processing:

  • the ability to perform elements of simple geometric and non-standard shapes;
  • any number of products- from single copies to large batches;
  • high positioning accuracy;
  • obtaining workpieces of high quality and accuracy, regardless of the complexity of the configuration;
  • cost-effective- minimal material consumption, little waste, no errors or defects;
  • no need for post-processing slices.