Laser cutting of metal
Modern technology of CNC machine processing, which allows you to perform a cut of any complexity with the highest accuracy. This method makes it possible to quickly and accurately process workpieces of any shape, including both flat and solid parts. Laser cutting has many advantages over mechanical cutting, which determines its widespread use in various industries.
Materials and thickness
Carbon steelup to 10 mm
Stainless steelup to 8 mm
Aluminumup to 8 mm
Brassup to 8 mm
Maximum size of workpieces
High-precision laser systems
Only high-quality and certified equipment is used in production. The existing machines were purchased from the most popular manufacturers. Thanks to this, laser cutting of metal sheet is realized with unprecedented precision and quality.
Modern CNC laser cutting machines
Maximum error for metal cutting
Full capacity of metal sheet laser cutting machines
Tons of metal sheet per month
Number of cut parts per month
High-quality metal cut
The effect of a laser on a metal during a cut is characterized by actions associated with absorption and reflection of radiation, the spread of energy throughout the volume of the material due to thermal conductivity.
The laser beam heats the metal to the first temperature of destruction – melting. With the subsequent absorption of energy, the metal melts, and the melting phase boundary moves into the interior of the material. Further action of the laser leads to an increase in the temperature of the metal, reaching the second temperature of destruction – boiling, at which the metal begins to actively evaporate.
There are two laser cutting mechanisms, fusion and evaporation. More often cutting is performed by melting. At the same time, in order to significantly reduce energy costs, increase the thickness of the metal being processed and the cutting speed, additional gas is used, injected into the cutting zone to remove the products of metal destruction. Most often, we use oxygen or air as an auxiliary gas.
We will develop and implement projects of any complexity efficiently and quickly. We know how to listen and hear the client, we help and solve problems in all directions, together we go towards common goals. An individual approach to each client and a professional team that loves their job allows our clients to be confident in the quality of the services provided.
Recommendations and requirements
We recommend that you provide blueprints or other documentation in DXF or AutoCAD format, if there is no documentation in these formats, we can help you develop them, the cost of preparing the documentation is determined for each order individually, in some cases we can do it for free.
- To calculate the cost of manufacturing, you need to provide drawings in DWG or DXF format.
- Scale parts in drawings 1:1.
- Part outlines must be in the zero layer and made in graphic primitives (lines, circles, arches, etc.).
- It is undesirable to use splines and ellipses in drawings.
Requirements for give-and-take raw materials
- Material without corrosion or creases.
- Rectangular billet.
- The permissible sheet deflection at a length of 3000 mm should not exceed 50 mm.
- The material is delivered by the customer.