Metal production – we manufacture metal components and subassemblies using laser cutting, press brake bending, and welding technologies. We adapt designs to technological capabilities. We work with SIEMENS Solidedge and NX software. Serial production – we specialize in repeatable small and medium series production.
Metal production involves a range of technological processes that transform raw materials into finished products. The most commonly used methods include:
Metal cutting – Using lasers, plasma, or CNC machines, allowing precise fitting of components to the design.
Forming and bending – Changing the shape of metal using press brakes and other advanced machines.
Welding – Permanently joining components using modern techniques such as TIG or MIG welding.
CNC machining – Milling, turning, and EDM, providing micron-level accuracy.
Surface finishing – Powder coating, grinding, or polishing, which give products aesthetics and corrosion resistance.
Metal production offers many benefits that make it an essential part of modern industry:
Precision – Modern technologies like CNC allow for the creation of details with minimal tolerances.
Durability – Metals such as stainless steel, aluminum, and copper are resistant to damage and harsh environmental conditions.
Versatility – Metal production is used in many industries, from small electronic components to large steel structures.
Efficiency in serial production – Process automation allows for mass production of components while maintaining high quality.
The metal industry plays a key role in various sectors, providing essential components and structures. Example applications:
Automotive – Production of car bodies, engine parts, and drive systems.
Aerospace – Creating lightweight and durable structural elements.
Construction – Steel structures, railings, facade panels, and more.
Electronic industry – Enclosures, heat sinks, and precise components.
Medicine – Implants, surgical tools, and medical devices.
Technological advancements have made metal production more efficient and precise. The most important modern methods include:
CNC machines – Computer-controlled milling machines and lathes ensure precise machining and repeatability in serial production.
Laser cutting – A fast and accurate method for cutting various metal materials.
3D metal printing – Additive technology enabling the creation of complex details without the need for molds.
Process automation – Robots and control systems streamline serial production.
For one of our clients, we completed a project involving the production of components for large steel structures. The results included:
Precision execution – All components were precisely matched, speeding up the assembly process on the construction site.
Minimization of material waste – By using CNC technology, waste was reduced by 15%.
Shortening of completion time – The project was completed 20% faster compared to traditional machining methods.
Metal production is an indispensable part of modern industry, combining precision, durability, and versatility. Thanks to the use of modern technologies such as CNC, laser cutting, and process automation, efficient serial production of the highest quality components is possible. Contact us to find out how we can support your projects in metal production!