The cold forging process is an advanced technology that enables metal to be precisely formed without being heated to high temperatures. This allows us to achieve high dimensional accuracy and maintain the mechanical properties of the material. Our advanced cold forging methods allow us to create even the most complex shapes and forms, meeting the highest quality standards.
CNC milling is an advanced machining process that enables the precise shaping of materials, the creation of complex shapes and the production of parts with high accuracy and repeatability. Thanks to the use of advanced CNC milling technology, we are able to meet the most demanding projects and meet our customers’ expectations.
Threading by means of machining is the process of forming threads on the surfaces of workpieces using special cutting tools such as taps, dies or thread cutting knives. This type of machining enables precise and reproducible threads to be created both in the holes (internal threads) and on the external surfaces of the components (external threads).
Thread rolling is a metal forming process for the cold forming of threads on the surfaces of cylindrical parts. The main advantage of thread rolling is the lack of waste. In contrast to machining, only plastic deformation takes place in rolling. The specialised rolling machines we own enable us to produce threads quickly and precisely on a variety of materials.
Drilling is one of the basic machining processes. It involves removing material from an object using a tool called a drill. We have state-of-the-art drilling machines that allow us to drill holes of different diameters, depths or accuracy.
Welding is the process of joining metal materials to create a strong joint between two or more components. They are obtained by locally applying heat energy to them, which causes them to melt locally and then crystallise, resulting in a weld that is an essential part of the joint. We weld black steel and stainless steel structures and components, providing robust and durable joints with high structural integrity.
