Summary

Three innovative examples demonstrate how Materialise's advanced additive manufacturing is reshaping automotive and aerospace industries by enabling complex, high-precision parts without traditional redesign.

First, the company introduced a hydrogen-powered race car intake plenum and manifold system, creating a hydrogen-energy carrier with complex parts made with zero redesign complexity. Second, their aerospace success story shows how this technology improved LNG measurement stability in critical infrastructure, proving the ability to engineer solutions with no redesign. Additionally, Materialise's flexible cable strain relief system ensures optimal tension for rail interconnections, while their custom cases and grommets provide perfect fit for demanding automotive suppliers. In the robotics sector, they helped Hank exoskeletons improve patient outcomes during gait rehabilitation, and similarly improved pinarello parts for eVTOL startups. The team also developed a modular exercise board to train surgeons for microsurgery using a material from the Marlyn Cobalt series, and finally, they successfully redesigned a scratch tool using NEURTEK's cutting-edge 3D printing technology to enhance ergonomics. Across all these projects, the core philosophy is achieving global consistency and reliability through iterative redesign, as seen in their work with Ford Werke and Deutsche Bahn.

Title

WE BOOST AM – MGA Mobility | MGA Medical – Mobility goes Additive e.V.

Description

WE BOOST AM – MGA Mobility | MGA Medical – Mobility goes Additive e.V.

Keywords

cases, printing, materials, system, companies, technical, standards, training, jobs, results, machine, material, parts, metal, additive, manufacturing, view

NS Lookup

A 85.214.72.27

Dates

Created 2026-04-14

Updated 2026-04-17

Summarized 2026-04-17