About Company
Regional Laser Technology Center
Our competence is based on high level of professional knowledge and extensive practical experience in laser cutting and bending of sheet metal, 3D laser metal cutting, laser and 3D laser welding and metal bending.
in the market of laser cutting services
top-class specialists
of shop space in the property
pieces of equipment
patents for inventions
regular customers all over Russia
We enter the "TOP20"
The best Russian metalworking enterprises in Russia.
"Laser technologies in mechanical engineering"
Founder of the basic department of INMiT, UrFU.
We are the owner of a number of patents
For unique developments in the field of laser processing of titanium, steel and alloys.
Initiator of the creation of subcommittee No. 8
"Laser production technologies" ТК 296 of Rosstandart for the development of regulatory documents and GOSTs on laser technologies.
Organizer of the "Training and Production Center"
For the training of specialists on the basis of the Yekaterinburg Polytechnic.
How we are working?
Video from our production.
Read more about the projects
A stele in the form of the Saint Sophia Cathedral at the entrance to Vologda
The height of the structure of 10,200 meters and its unconventional nature posed a number of technological challenges to its creators. Flat elements of complex shape are located at a distance of 100 mm from each other. Execution of the stele of stainless steel requires the use of technology 3D laser cutting parts of complex shape. The monument has a high warping, asymmetrically deforming under wind loading. This is why it was very difficult to perform parallel laser welding of the elements, which form the basis of the entire structure. Economical cutting, energy saving and no need for finishing operations significantly reduce the cost of laser metal cutting per meter.
Bathtub made of titanium
Вath, made of alloy BT1-0 with a thickness of 3 mm, the diameter of the bath 1,250 x 6m. Titanium has high chemical resistance in many corrosive environments, so the life of titanium baths is 5-7 times longer than steel. High corrosion resistance and physical-mechanical characteristics of titanium allow reducing the thickness of bath walls more than 2 times. The product is designed for chrome plating of metals. A complex laser cutting was used in the manufacturing process, as the metal allowances were very small. The titanium body was then formed by laser welding and the welds were x-rayed. Spot argon arc welding was used for the final quality control of the welds.
Small architectural form "Cube" in Moscow
The sculpture, which architect Stanton Williams proposed for the outdoor space is designed to add something special, to strengthen and enrich the individuality of the public area. Design documentation was created for the project, dimensions of elements were verified, details of production and created specifications for fabrication and installation, fixing to the underground structures of the connections. Laser cutting and metal bending, welding was used in the manufacture. The cutting process was carried out on CNC machines.
Sculptural composition "Football Players"
Sculptural composition "Football players" near Yekaterinburg Arena, as well as in central districts of the city. Created at the 2018 FIFA World Cup. On these objects of landscape architecture we used laser cutting and welding of large elements in the places of drawings and bends, which made the seams almost imperceptible. And the high precision of machining and the localized effect of the laser allowed us to maintain the strength of the metal and make perforations of complex shapes on the two parallel facades of the figures.
Our advantages
Scientific
approach
Advanced
technologies
Technical
innovations
Optimal
cutting of metal
Competitive prices
Projects
of any degree
complexity
Accurate
as per sample
Advice
and assistence
Fast calculation cost
Urgent laser cutting
Regional Center for Laser Technologies
Our competencies are based on a high level of professional knowledge and rich practical experience in the use of technologies for laser cutting and bending of sheet metal, 3D laser metal cutting, laser and 3D laser welding and metal bending.
Our equipment
The equipment park includes machines from the world's leading manufacturers: KUKA, LVD, Trumpf, IPG Photonics. The basis of the technological base is equipment for laser metal processing. Automated complexes allow you to cut even complex parts with a high degree of accuracy, as well as perform 3D cutting and welding of metal.
- Laser technological complex Trumpf Lasercell 1005
- Laser complex Trumpf Trulaser 5030 Classic
- Laser complex LVD AXEL 3015
- Laser complex Trumpf Trulaser 3030 (L20) Lean edition
- Robotic laser complex KUKA KR5120
