Artus3D has demonstrated how additive manufacturing can be integrated into orthopaedic production workflows to deliver patient-specific devices more efficiently.

This case study explores the use of digital design, advanced manufacturing technologies and scalable production methods to improve customisation, consistency and manufacturing throughput in the orthopaedic sector.

Microfluidics developers are using Mayku thermoforming technology to accelerate device development while avoiding the cost and lead times associated with traditional tooling.

This case study explores how rapid prototyping and low-volume manufacturing workflows enable faster iteration, reduced development costs and a more efficient path from concept to production.

LutraCAD has transformed the production of custom orthotic insoles by combining advanced digital design tools with additive manufacturing workflows.

This case study explores how patient-specific orthotics can be designed, customised and manufactured more efficiently, reducing manual processes while improving consistency and repeatability.

Discover how digital orthotics and 3D printing technologies are helping practitioners deliver personalised outcomes at scale.