CARL HAAS GmbH, founded in 1904 in Schramberg, Germany, is a specialist in precision engineering of wire and strip and plastic composites. As a member of the KERN-LIEBERS group of companies, the company employs around 230 people and operates with production facilities abroad.
The company's core competencies span across multiple product categories including precision wire springs, medical engineering products, micro-turned parts, stamped-bent parts, and complex plastic composite parts. Their manufacturing capabilities are supported by 12 distinct technologies, enabling them to deliver comprehensive solutions from semi-finished to finished products.
CARL HAAS has a strong presence in several key industries, including automotive, medical engineering, and precision engineering. The company has demonstrated innovation throughout its history, notably developing and patenting the NIVAROX material alloy in 1928, which revolutionized watch technology with its temperature-independent properties.
The company maintains high quality standards through comprehensive quality management systems, certified to various international standards including DIN EN ISO 9001, IATF 16949, and DIN EN ISO 13485. Environmental responsibility is also a key focus, with certifications in DIN EN ISO 14001 and DIN EN ISO 50001, demonstrating their commitment to sustainable operations.
Technical capabilities include manufacturing ultra-fine wires with diameters ranging from 0.01mm to 1.5mm, producing precision springs for various applications, and creating sophisticated medical devices such as guidewires for minimally invasive surgery. The company utilizes advanced technologies including laser welding, injection molding, and sophisticated surface treatment processes.
CARL HAAS emphasizes research and development through active participation in industry clusters and associations, maintaining strong partnerships with universities and research institutes. Their commitment to innovation and quality is supported by comprehensive engineering services, from prototype development to high-volume production.