1431 results found
    1. 3D-LASERENGRAVING

      3D-LASERENGRAVING

      COMPLETELY DIGITAL AND VIRTUALLY UNLIMITED. 3D-LaserEngraving is effected with the most modern, fully digital technology for maximum performance. This makes possible virtually endless design options for innovative and individual textures. In this process, the engraving is applied directly to the steel surface of the mold with a five-axis fiber laser, working in every dimension. The successive build-up of the topography for the engraving takes place in individual ablation steps, removing layers of varying thicknesses. The number of layers and steps determines the depth and the three-dimensionality of the engraving.

    2. 3D-PRINT WITH POLYJET PROCESS

      3D-PRINT WITH POLYJET PROCESS

      Functional prototypes with high geometric precision. Experience the product of tomorrow today: Directly from the CAD system, our 3D-printer shapes highquality, cost-effective prototypes or original models for subsequent processes by applying model material in layers. In no time at all, your idea becomes a tangible display object. 3D-printing is ideal for small, thin-walled and fi ligree components with complex geometries and really fi ne surface structures. Another advantage: If required, the surfaces can be ground and painted. • System: Objet Eden 350 • Production tolerances of approx. ± 0.1 mm • Standard construction space sizes of: 342 x 342 x 200 mm • High level of detail accuracy and dimensional stability • Complex geometries and really fi ne structures • Easy mechanical machinability • Layer thickness of 0.016 mm • Delivery times of approx. 2-3 days following submission of data

    3. 3D-printing

      3D-printing

      In Fused Deposition Modelling (FDM), thermoplastic material is applied layer by layer and built up precisely according to digital CAD data. This tried-and-tested additive manufacturing process is particularly suitable for functional technical components and large-scale structures. Thanks to our large-format 3D printing systems, we can produce components, enabling even extensive and complex geometries to be efficiently realised without tooling costs. This makes large-format 3D printing particularly attractive for companies that require rapid iteration cycles or wish to produce small batches cost-effectively. Depending on the application, we process a wide range of thermoplastics. Particularly for high-stress industrial applications, we rely on engineering 3D printing materials.