3D belt printing by iFactory3D

Automated additive manufacturing for

▫Serial production

▫Continuous objects

▫Complex geometries without support structures

3D belt printer performing serial production, long object printing and printing complex geometries like overhangs without support

LutraCAD Orthopedic Insoles: Complete Guide for Beginners

Digitalization is revolutionizing orthopedic shoe technology, with LutraCAD orthopedic insoles leading this technological development. As specialized software for LutraCAD orthopedic insoles, the system enables shoemakers and orthopedic technicians to design precise and individually adapted soles, which they then manufacture using 3D printing technology. This comprehensive guide walks beginners through the fundamental steps of LutraCAD orthopedic […]

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CAD Course for Orthopedic Shoemakers: End of Grinding Machines and Adhesive Smell

Do you love your craft, but are you tired of the physically demanding work at the grinding machine, the pungent smell of adhesives, and the eternal struggle with stagnant insurance reimbursement rates? You are not alone. German orthopedic shoe technology stands at a critical turning point – and the solution is closer than you think. […]

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TPMS Structures in 3D Printing: Revolutionary Geometries for Lightweight Construction

Nature has perfected structures over millions of years that offer maximum stability with minimal material expenditure. From the delicate architecture of corals to the efficient honeycomb structure of beehives – everywhere we find examples of optimized geometries. Modern manufacturing technology today harnesses exactly these principles, particularly through the use of TPMS structures in 3D printing. […]

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Design for Additive Manufacturing: Revolutionizing Product Development

Additive manufacturing has evolved from a niche technology to an indispensable tool in modern production. However, while many companies have already integrated 3D printers into their manufacturing processes, only a few fully exploit the potential of this technology. The key lies in Design for Additive Manufacturing (DfAM) – a design philosophy that abandons traditional thinking […]

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