Implant Components
Grade 5 titanium and 316L steel parts. Cold cutting preserves the biocompatibility required for human tissue contact.
Implants, surgical instruments and components in titanium and 316L stainless steel. The only cutting process that does not alter the biocompatible properties of the material.
Heat-based cutting methods (laser, plasma) generate heat-affected zones that can alter the microstructure of titanium and surgical steel — affecting biocompatibility. Waterjet operates cold: the material leaves the process with the same properties it entered with.
From implant to prototype, in titanium or surgical steel, with the precision the medical industry demands.
Grade 5 titanium and 316L steel parts. Cold cutting preserves the biocompatibility required for human tissue contact.
Scissors, forceps, retractors and guides. Complex profiles cut with ±0.1 mm tolerances ready for sterilization.
Design validation before mass production. From 1 piece, in 72 hours, directly from your CAD file.
We review the CAD file and material specifications. We confirm tolerances and required biocompatibility in less than 24 hours.
The MAXIEM 2040 executes the cut. Each part undergoes dimensional inspection according to the ISO 9001:2015 quality plan.
Parts are delivered with batch record, process specifications and certificate of conformity when required.
Compartí material, cantidad y contexto del componente para responder con una recomendación técnica más precisa dentro de un día hábil.
After you send the request, our team will confirm the best channel to share drawings and files.