Following the successful launch of its lead-free machinable steel, 11SMn30+BX,
Swiss Steel Group continues to cement itself as an innovation leader, with customer demand rising across key sectors. This high-performance steel has quickly become an essential choice in industries such as automotive, machinery, and hydraulics, where precision and operational efficiency are paramount. Specifically designed for applications requiring small, high-precision components, 11SMn30+BX’s superior machinability supports smooth, reliable manufacturing processes.
With 11SMn30+BX, Swiss Steel Group provides a sustainable, high-quality alternative to traditional leaded machinable steels. Using boron (B) instead of lead as an alloying element, this innovative solution maintains exceptional workability while aligning with future regulatory standards. Anticipating potential EU regulations to restrict lead use, 11SMn30+BX stands as a high-performing, eco-conscious, and future-proof option.
Backed by Swiss Steel’s extensive expertise, 11SMn30+BX meets a broad range of stringent industrial demands. Its unmatched precision and dimensional stability make it ideal for producing components where machinability and durability are critical. Swiss Steel’s rigorous control over the entire production process — from raw material sourcing to final processing — ensures a consistent quality that reduces equipment wear and downtime. This translates directly into improved operational efficiency and competitive advantages for customers.
Swiss Steel’s CEO Frank Koch said: “We take pride in further advancing our leadership in sustainable steel production.” Recognised as a winner of the esteemed
German Sustainability Award, Swiss Steel offers all steel grades in a CO
2-reduced ‘green’ steel version, reinforcing its role as a pioneer in environmentally responsible steel manufacturing.
Through this sustainable and high-performance machinable steel, Swiss Steel Group addresses numerous industrial challenges. Customers already report significantly reduced maintenance costs and longer tool lifetimes, enhancing overall production efficiency.