Firmametal undertakes customized, customer-specific production for every product it manufactures. The products can neither be found on the market, nor can be imitated due to their material structure designed using cutting-edge technology and advanced engineering. Firmametal conducts manufacturing operations in five main fields: casting; forging; precision machining; stamping and welding. The company also utilizes injection die-casting methodologies.
With its expertise and experience in materials science and technologies, Firmametal makes significant R&D efforts to turn all kinds of materials that require precision processing into final products. The products processed using cutting-edge technologies are designed and manufactured as per our customers’ demands and requirements.
Firmametal evaluates each requested product in light of its collected material sciences and technologies expertise. Commissions professional firms from group companies to implement the development phase. In this process, the mother company, Firmametal, and each other organization in the overall “ecosystem” act together as a team. Firmametal is the ultimately liable party for all processes until the planned product has successfully been converted into a manufactured high quality good.
When extremely sensitive products are designed, quality, safety and control are the most important phases of the work processes. Firmametal takes the entire responsibility for these stages, ensuring that the product is manufactured according to the appropriate quality standards. Quality, safety and control are ensured by Firmametal or by an external certification body, in accordance with the standards and certification process of the requesting company.
Firmametal’s hi-tech casting propriety processes consist of refining technologies and precision alloying techniques developed though extensive accumulated know-how, studies of melting techniques and associated R&D.
Forging is the hot, warm or cold process of component forming utilizing only an applied force. Forging is completely different from casting as forging strengthens textures by deforming the existing atoms’ spatial relationships.