Coating
Coatings for advanced implants
Marle's coating technologies enable to enhance implant biomechanical properties (higher tensile strengths, improved corrosion and wear resistance, active osseointegration, etc.)
Marle's biomedical coatings are specifically used for orthopaedic implants, using atmospheric plasma spray (APS) or vacuum plasma spray (VPS) technologies. These coatings can be applied to all types of joint prostheses: hip, knee, spine, shoulder, ankle, hand, foot, trauma... They notably enable an improved biological fixation in cortical and cancellous bone.
These coatings can be of various types: ceramic (calcium phosphate hydroxyapatite based) or multi-layer (metal and ceramic double layer). In order to achieve the desired result, we take into account all your requirements notably concerning thickness and zones to be coated.
We draw up and provide on request a comprehensive validation file per in line with ISO 13779 and ensure process control.
Marle will showcase its innovative technology and present its state-of-the-art manufacturing capabilities as an exhibitor at the 2019 AAOS annual meeting.
If you missed us in New Orleans, you will have another opportunity to meet our team and discover our comprehensive range orthopaedics manufacturing technologies at the upcoming OMTEC® 2018 tradeshow organized by ORTHOWORLD® in Chicago.
Marle will showcase its innovative technology and present its state-of-the-art manufacturing capabilities as an exhibitor at the 2018 AAOS annual meeting.