Medical implants - Import export

With more than 10 years of experience acquired on our s191 model, the benchmark on the market, Bumotec launches the new series of s181, which combines the best of Swiss made knowhow and a high degree of innovation. With twin machining stations , a milling spindle capable to reach up to 40'000 rpm's and a high availability of tooling in the automatic tool magazine, Bumotec s181 has the capability to produce complex components from bar stock up to 32 mm diameter. The machine mineral casting bed, the latest CNC technology and the linear motor drives ensure uncompromised thermic stability and performances. Suitable for Watch, surgical instruments, medical implants and complex micromechanical components, the s181 is a major asset to help you to take on the actual and future industry challenges. Key features

A HIGHLY EFFICIENT METHOD WITHOUT THE RISK OF WORK PIECES DAMAGING EACH OTHER Compared to standard mass finishing systems the newly developed M-TMD machine range finish high-value components 10 to 20 times more efficiently! By mounting the work pieces individually to workstations, which are part of a rotating carousel, you can process up to 18 work pieces in one single batch without risking part-on-part impingement. Different workstation angles - relative to their vertical position - allow the individual adaption of the machine parameters to your work pieces and guarantee absolutely stable finishing processes with excellent and repeatable results. APPLICATIONS: Orthopedic implants (medical engineering) Turbine blades (for airplanes as well stationary turbines) Precision components, for example, for pumps and compressors Work pieces made from tungsten carbide and other hard metals Fan wheels for turbo chargers (automotive industry) Sintered components, etc.

With Eplus3D MPBF™(Metal Powder Bed Fusion) technology, EP-M150 can professionally print complex 3D geometry data into high-performance metal 3D parts which are suitable for batch manufacturing of dental parts medical implants and material research centers to develop various metal powders with its open parameter platform.