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Did you know that interlocking toy bricks, motorcycle helmets, and most electrical enclosures are made of ABS? For good reason: ABS has been one of the most popular engineering plastics in the world for decades—and in FDM printing, it is the ideal choice when PLA or PETG no longer suffice in terms of temperature.
ABS easily withstands a continuous load of up to 85–95 °C and is characterized by extremely high impact strength. It is lightweight, stiff, and easily shrugs off hard knocks in rough workshop or industrial everyday life.
One of the biggest advantages of ABS: No other standard filament is as easy to machine mechanically after printing. You can sand it, drill it, tap threads into it, bond it rock-solid, or even paint it. Ideal for heavy-duty housings, brackets in the vehicle interior, tool holders, and durable functional prototypes.
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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