High speed and best-in-class accuracy 5-axis CNC machines for composites, aluminum and metal
CMS Advanced Materials Technology is a leader in the field of numerically controlled machining centers for the working of advanced materials: composites, carbon fibre, aluminum, light alloys and metal. Substantial investiments in research and development have allowed the brand to always be on the forefront of cutting-edge design, with machines that ensure best-in-class performance in terms of accuracy, speed of execution, and reliability; meeting the needs of customers operating in the most demanding divisions. Since the early 2000’s, CMS Advanced Materials Technology has established itself as a technology partner in areas of excellence such as aerospace, aviation, automotive, race boating, Formula 1, and the most advanced railway industry.
Visit the section on our You Tube page specially designed for this new project: Short video clips we have put together of the statements made by top experts in Additive Manufacturing technology and their experiences and future developments.
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Application fields
CMS and Knaus Tabbert: thirty years of excellence and innovation
We are in Germany, and more precisely in Jandelsbrunn, Lower Bavaria, at Knaus Tabbert, a European leader in recreational vehicle manufacturing that specializes in designing and building camper vans, caravans and motorhomes.
ARS TECH and CMS: maximum precision meets carbon fiber
We are in Controguerra, a small town in the province of Teramo, in the heart of the Abruzzo region in Italy, where ARS TECH is based, a company that, in just a few years, has established itself as a leader in the production of carbon fiber structural components in the motorsport and hypercar sectors.
New monofast evo: the evolution of eyewear technology
Since 1997, CMS has led innovation in the technology for acetate eyeglass frame production, transforming the needs of the optical industry into cutting-edge solutions. With monofast evo, CMS presents the evolution of the monofast machining center, which was developed specifically for the optical industry and designed to meet the need for increasingly automated and efficient production.