Laser cutting
A high‑precision method of cutting sheet metal using a focused laser beam. The process is fully automated, which enables fast and high‑quality cutting of parts with complex geometries from carbon steel, stainless steel, and non‑ferrous metals. The advantages include a perfectly smooth cut without burrs, which requires no additional processing, high production speed, minimal material waste, and the ability to run serial production with absolute repeatability of parts.
Laser system
It features two interchangeable tables measuring 12 x 3 m
Machine power
6 000 kW
Metal cutting
Up to 20 mm thick
Our advantages
- Modern equipmentEquipped with advanced technologies
- Professional teamHighly qualified service and consideration of each client's needs
- Optimization of metal consumptionRational use of metal
How the technology works
In modern industry, an innovative method of metal processing — laser cutting — is becoming increasingly demand. This technology, based on the precise focusing of a laser beam of varying power on a metal-surface, allows for perfectly smooth cuts without the need for additional processing of the parts.
Advantages of laser cutting:
Key strengths of the technology:
There are several types of laser systems:
Advantages of laser cutting:
- versatility — suitable for processing both ferrous and non‑ferrous metals;
- no mechanical impact on the material;
- the ability to work with parts of any complexity and configuration;
- high process productivity;
- economical use of material;
- excellent cut quality, even for complex contours;
- no need for additional processing.
Key strengths of the technology:
- an optimal price‑to‑quality ratio;
- superiority over traditional processing methods (guillotine, gas, and plasma cutting);
- the ability to work with fragile and thin metals;
- ease of creating complex shaped contours.
There are several types of laser systems:
- gas lasers (including the popular CO₂ systems);
- solid‑state lasers (using ruby, neodymium glass, or yttrium garnet);
- gas‑dynamic lasers (for specialised tasks);
- ytterbium fibre laser systems.
What material is suitable for laser cutting metal?
Galvanized steel
Cold rolled steel
Stainless steel
Equipment
Laser machine Equipment model | TCLASER-6000W-11030 |
Equipment model | TCLASER-6000W-11030 |
Laser type | Fiber optic laser |
Power | 6 kW |
Laser working environment | YV04 |
Laser wavelength | 1170 мм |
Movement along the X axis | 2*12000 мм |
Movement along the Y axis | 2*3000 мм |
Movement along the Z axis | 120 мм |
Effective cutting range | 12000х3000 мм |
Accuracy of axial positioning of the table | 0.03 мм/м |
Table repositioning accuracy | 0.03 мм/м |
Maximum positioning speed | 120м/min |
Maximum table load | 1500 kg |
Nominal supply voltage | 380 V 3 phase |
Frequency | 50 Hz |
General power supply protection class | IP54 |
Maximum cutting thickness | Carbon steel 20 mm Stainless steel 10 mm Aluminum steel 5 mm Brass 5 mm |
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