Laser Cutting of Metal, Sheet Metal and Details
Multiengineering is operating two high-power laser machines for precise and accurate cutting of sheet metal parts
We make details, both single pieces and small and large series.
We work on terms of reference or clients’ drawings.
Laser machine – TRUMATIC L3050
Multiengineering also bought a new laser machine, model TRUMATIC L3050 with new, better properties and a power of 5 kW.
The technical parameters of the laser machine allow cutting of details from sheet metal, at the following sizes:
Sheet metal with a maximum size of 3000 x 1500 mm
Stainless steel plate 15 mm thick
Iron plate up to 25 mm thick
Aluminum plate up to 12 mm thick
The cutting is done according to a drawing provided by the client. In the absence of such, the Engineering team can help with making details, drawings, and 3D model of the product. We work with our materials or the client’s materials.
German precision in every detail – high quality laser cutting with Trumpf TC L3030, 2.6 kW.
Trumpf TC L3030 – Laser machine with a power of 2.6 kW
Multiengineering offers laser cutting of sheet metal with the laser machine “Trumpf TC L3030” with 2.6 kW laser power. The technical parameters of the laser machine allow precise cutting of complex details from sheet metal with correct and irregular shape, in the following sizes:
Sheet metal with a maximum size of 3000 x 1500 mm
Stainless steel plate 8 mm thick
Iron plate up to 12 mm thick
Aluminum sheet up to 3 mm thick
The cutting is done according to a drawing provided by the client. In the absence of such, the Engineering team can help with the production of details, drawings, and 3D modeling of the product.
Why choose laser cutting from Multiengineering
Laser cutting is a highly efficient method for cutting steel sheet material. Its use allows manufacturing of products with high precision machining in a short time.
Compared to mechanical cutting, laser cutting does not contaminate the material, and no additional processing of the product is necessary.
The cutting element in laser cutting is a directed laser beam with high energy, under the influence of which faster melting, burning or evaporation of the material occurs.
Benefits of using a laser machine:
High performance
Increased positioning accuracy
High economic efficiency of cutting
Eliminate the need for additional processing
It is characterized by high accuracy, speed, and economy.
What is laser cutting and where is it used?
Laser cutting is widely used in modern industry, it is perceived as a highly efficient cutting method. It is characterized by high accuracy, rapidity, and economy. Compared to many of the other processes used for cutting metals, including mechanical and thermal processing, welding, gas cutting, etc., laser cutting is considered a better solution in many cases.
Laser cutting is still perceived as a relatively new but promising technology for metal cutting. Its use allows the production of metal products, which are characterized by high accuracy of processing in a short time.
Modern laser cutting machines are characterized by high productivity and allow a significant degree of automation of the material processing. They can operate with different metals and are suitable for different industrial areas.
Compared to mechanical cutting, laser cutting does not contaminate the material, as there is no physical contact, so no additional processing of the product is required. It also provides very high cutting accuracy, which is particularly important for various industrial applications.
Photos from our laser cutting projects
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