CRP Technology’s innovative 3D printed orthoses to be displayed at the SuperPower Design exhibition

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Italy-based 3D printing firm CRP Know-how can be exhibiting its orthoses crafted from Glass Fiber fiber-reinforced thermoplastic Windform GT materials on the SuperPower Design exhibition.

The exhibition can be held from March twenty fourth to August twenty fifth, 2024, on the Centre for Innovation and Design (CID) in Grand-Hornu, Belgium. Featured within the displays are orthoses tailor-made for drop foot and hand impairments, developed in collaboration with medical consultants and generative design studio MHOX.

Generative and bespoke orthoses. Photo via CRP Technology.
Generative and bespoke orthoses. Picture by way of CRP Know-how.

3D printed orthoses

Orthoses are medical gadgets designed to assist, align, appropriate, or enhance the perform of components of the physique. They’re typically used to alleviate ache, present stability, or help with motion. Final month, metallic AM firm AddUp collaborated with Anatomic Implants for an FDA 510(Okay) utility on a novel 3D printed toe joint substitute. 

Using titanium printing, Anatomic develops a metatarsophalangeal joint substitute mimicking human anatomy. AddUp’s FormUp 350 powder mattress fusion (PBF) 3D printing system helps regulatory approval, making certain complicated lattice buildings for medical gadgets. The porous construction of the implant encourages osseointegration, promising higher affected person outcomes, says the corporate. 

In January 2023, prosthetic specialist Open Bionics supplied 3D printed bionic arms to a German facility treating injured Ukrainian troopers with landmine accidents. Managed by forearm sensors, the Hero Arm provides movable thumb and fingers for enhanced greedy. Recipient Vitalii Ivashchuk praises its performance, expressing gratitude for the system’s each day use, citing a “very cool feeling” with its becoming.

Elsewhere, French 3D printing service supplier Sculpteo partnered with Swiss orthopedic specialist Daniel Robert Orthopedie to create an eco-friendly orthosis. Using Sculpteo’s bio-based PA11 materials, the wearable was each sustainable and customizable for sufferers.

Improvements with CRP Know-how

The event course of for these customized orthoses is characterised by three distinct phases. Initially, MHOX, in alliance with CRP Know-how and medical consultants, undertook the duty of scanning the affected person’s physique to generate a exact 3D mannequin of the orthosis. This was adopted by way of proprietary software program developed by MHOX to allow automated customization of the orthoses, tailor-made to the person’s particular wants and anatomy.

Within the essential third stage, CRP Know-how utilized Selective Laser Sintering (SLS) alongside Windform GT materials to manufacture the orthoses by 3D printing. Windform GT, a polyamide-based composite bolstered with glass fiber, provides excellent attributes fitted to purposes necessitating flexibility, sturdiness, and impression resistance. Its distinct properties render it extremely applicable for generative orthoses, prioritizing reliability and longevity.

3D printed orthoses made in collaboration with Mhox. Image via CRP Technology.
3D printed orthoses made in collaboration with Mhox. Picture by way of CRP Know-how.

Apart from medical use, CRP Know-how’s supplies have been leveraged by different sectors. For instance, CRP Know-how collaborated with UAE-based Orbital House for the Lunaris Moon Mission, using 3D printing, particularly PBF. Utilizing Windform’s high-performance composite supplies, this partnership aimed to provide useful parts for the lunar payload. Orbital House believes CRP’s experience will guarantee success in attaining its mission to create space accessible, fostering innovation in aerospace exploration.

The leisure trade noticed CRP Know-how work with Michael Mann’s movie manufacturing group for the film “Ferrari,” to craft 3D printed parts like driver helmet components and pit components utilizing Windform supplies and Selective Laser Sintering (SLS). Commissioned throughout filming in Modena, these props enhanced the visible narrative of Enzo Ferrari’s world.

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Featured picture reveals 3D printed orthoses made in collaboration with Mhox. Picture by way of CRP Know-how.

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