CNC milling and turning: CNC milling and turning are key processes in metalworking. They enable the precise machining of workpieces using computer-controlled machines. These technologies are able to create complex shapes and contours in metal parts, significantly increasing manufacturing efficiency and accuracy.

Sheet metal and tube bending: Sheet metal and tube bending are critical to the production of housings, frames and other parts that require a curved shape. By applying pressure and heat, metal sheets and tubes are bent into the desired shapes, creating solid and durable structures.

3D laser processing: 3D laser processing is an extremely precise method of processing metal parts. A laser beam is used to make precise cuts, drill holes and engravings. This technique makes it possible to incorporate complex designs and the finest details into the workpieces.

Welded constructions: Welded constructions play a crucial role in the joining of metal parts. From small assemblies to large steel structures - welding processes enable a robust and durable connection. Experienced welders ensure a high-quality finish that meets the strictest quality standards.

Powder coating: Powder coating is a surface treatment method in which a powder is applied to the parts to be coated and then baked in an oven. This results in a durable, uniform and attractive surface coating that can serve both decorative and protective purposes.

In today's metalworking industry, these technologies are essential to produce products of the highest quality. They enable customization to the specific requirements of customers and projects and contribute to the efficiency, precision and durability of the parts produced. From the automotive industry to aerospace, from mechanical engineering to architecture, these advanced manufacturing processes are an essential part of modern production.