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ADDITIVE MECHATRONIC DESIGN
CLIENTS
YOU THINK IT,
WE MAKE IT POSSIBLE!
We design and manufacture high performance mechatronic components and systems with the help of additive technology.
Our team of professional researchers leverage their knowledge to integrate new technologies with traditional ones.
Design for Additive Manufacturing - R&D
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Design with the world of 3D printing in mind.
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Topological analysis and organic design.
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Industrial Design.
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Mechanical Design.
Sectors
OUR HISTORY, OUR KNOW-HOW
The 3D PRINTING TECHNOLOGIES that we use for our products:
Some of the MATERIALS of the components that we study and supply:
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M300 1.2709 (Maraging Steel)
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M789 AMPO BÖHLER (Maraging Stainless Steel)
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17-4 PH 1.4542 (Stainless Steel)
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316 L 1.4435 (Stainless Steel)
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AlSi10Mg (Aluminium Alloy)
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Scalmalloy (Aluminium Alloy) (Patented by APWorks)
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Hastelloy X 2.4665
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Inconel 625 2.4856 (Nickel Alloy)
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Inconel 718 2.4668 (Nickel Alloy)
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Inconel 939 (Nickel Alloy)
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CuCr1Zr (Copper Alloy)
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CuNiSiCr (Copper Alloy)
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Pure Cu (Copper)
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TI Gr2 (Titanium Alloy)
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TI Gr5 (Titanium Alloy)
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TI Gr23 (Titanium Alloy)
METAL
TECHNOLOGY:
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PA 12 (Polyamide)
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PA 11(Polyamide)
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PA GF (Glass bead filled polyamide)
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Alumide (Aluminium filled polyamide)
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PP (Polypropylene)
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TPU
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PA 2241 FR
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Photopolymer resins (SLA-Polyjet)
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Vacuum casting polymers
POLYMERIC TECHNOLOGY:
DOWNLOAD OUR BROCHURE
PARTNERS
WE ARE MEMBERS OF
for additive manufacturing
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