We use four in-house additive manufacturing technologies – each suited to a different kind of challenge, performance demand, and precision level. From ultra-detailed lattice structures to thick-walled giants, we apply the right method to match geometry, material, and function.
Not every challenge needs the same tool. That’s why we have the full toolbox:
As the only global producer with four in-house additive manufacturing technologies, we provide top-of-the-line iTherm® conformally cooled components, that meet even the most stringent application requirements.
MFT
DED
SLM
01
02
03
The final fixtures, grooves and 3D shapes are milled according to the specified tolerances.
Optimized configuration for uniform polymer flow and minimized resin retention.
1.2343 (H11): Hot-work tool steel, high toughness, heat resistance, for molds with high thermal cycling
1.2344 (H13): Hot-work tool steel, good toughness, slightly less wear resistance
SITHERM S353R (1.2367 mod.): Premium hot work tool steel, Ni-alloyed steel, excellent toughness, good for long-run molds, polishable
Dievar (1.2367 mod.): High-performance hot-work steel, great toughness, excellent thermal fatigue resistance, low distortion
SITHERM S140R: Premium hot work tool steel with supreme thermal conductivity, above 50 W/mK, for most critical tempering projects.
1.2709: Maraging tool steel, ultra-high strength, excellent dimensional stability after aging
1.2083: Stainless mold steel, excellent corrosion resistance, high polishability, great for hot runner manifold applications
Stavax ESR: Premium ESR modified 420 stainless mold steel Excellent corrosion resistance and top-tier polishability
Corrax: Precipitation hardening stainless tool steel, Superior corrosion resistance, dimensional stability, age hardening (up to ~50 HRC)
Tyrax ESR: High-purity martensitic stainless steel, high hardness, ultra-high polishability, fantastic wear resistance
Mirrax ESR: Premium stainless mold steel, excellent corrosion resistance and polishability
AMPCOLOY 940: High-performance copper alloy, beryllium-free, with great tensile strength and excellent conductivity
Flexible, fully in-house production
We manage the entire production process internally, enabling us to adjust parameters and processes in real-time. This capability gives us a unique edge in continuous, market-relevant R&D and product innovation.
Expert in-house team
Our dedicated in-house team delivers high-fidelity simulations and process optimization for the most demanding applications, ensuring performance, precision, and reliability.
Full life cycle support – from first concept to production-ready part
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