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.
Application fields
CMS transports and preserves your ideas! All-round solutions for isothermal walls
Thermally insulating a truck body can make all the difference, especially when transporting goods that are sensitive to temperature changes or getting fresh, well-preserved food to our tables. Isothermal walls are the structural basis of the insulated body, and bring significant benefits because they:
Cutting soft materials: the 5 questions you should ask
The versatility of waterjet cutting technology enables a wide range of materials to be processed in various sectors, such as: construction, thermal and acoustic insulation, automotive, aerospace, railway, packaging, footwear, sealing.
Discover the full range of CMS technologies for the processing of composite materials!
CMS provides customers with a comprehensive machines lineup and innovative manufacturing solutions to enhance customer productivity and business sustainability. CMS Advanced Materials Technology and Bercella srl, a leading Italian company in the field of composite materials for aerospace, defence and motorsport applications, have worked together on a project aimed at showing the effectiveness of their technological solutions, with a focus on high know-how in the production of composite materials and equipment.