
When you need economical single pieces, functional prototypes, or truly massive parts made of proven standard and engineering plastics, our modern FDM printing systems run at peak performance. In this process, a thermoplastic wire (filament) is melted in a high-performance print head heated up to 300 °C and deposited exactly line by line onto the build plate heated up to 120 °C using precise nozzle diameters (from fine 0.25 mm to powerful 0.8 or 1.0 mm).
To ensure that even demanding engineering plastics such as ABS or ASA do not warp a single millimeter while cooling, our systems operate with actively heated, closed build chambers and precise layer thicknesses of 0.10 to 0.50 mm.
With us, you don't have to painstakingly cut large parts into twenty individual pieces and glue them back together later. We simply choose the right machine class for your project:
Using intelligent honeycomb and lattice structures on the inside (infill), we also determine exactly how light or solid your part should be—saving weight, print time, and hard cash.
01 / ENGINEERINGFrom initial sketches and reverse engineering to manufacturing-optimized CAD files (DfAM), assembly consolidation, and seamless transition to injection molding.
02 / POLYMERIndustrial series components and prototypes using powder bed fusion (SLS & MJF), precision resin printing (SLA & DLP), and robust FDM printing (including large-format up to 800 mm).
03 / METALHigh-stress metal components via SLM using aluminum, stainless steel, or titanium—including heat treatment (stress-relief annealing) and precision machining.
04 / FINISH & SERVICEFrom raw part to ready-to-install series product: in-house painting, dyeing, vibratory finishing, and chemical smoothing, as well as thread inserts and assembly.
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