IMPLANT COATING SERVICE

POROUS TITANIUM COATINGS BY THERMAL SPRAY PROCESS

Porous Titanium coatings to provide strong bone anchorage, excellent primary and secondary osseointegration on acetabular cups, femoral stems, tibial or femoral knee replacement components.


Coating and raw material characteritics fulfilling ISO 13179-1:2014, ASTM F 1580-12 and CDRH Guidance for Industry on the Testing of Metallic Plasma Sprayed Coatings on Orthopedic Implants

ROUGH HYDROXYAPATITE COATINGS BY THERMAL SPRAY PROCESS

Highly biocompatible osseointegrative calcium phosphate coating of crystalline hydroxyapatite to provide rapid secondary integration of orthopedics implants


Coating and raw material characteritics fulfilling ISO 13779-2:2018, ISO 13779-3:2018, ISO 13779-4:2018, ISO 13779-6:2015

COMPLETE COATING OF COMPLEX SPINAL IMPLANTS

Rough Titanium coating of complex shape spinal implants like intervertebral spacers or pedicle screws made of PEEK or Carbon-Reinforced PEEK


Protecting mechanical properties of base material, ensuring high adhesion strength

DIRECT COATING OF CERAMIC IMPLANT

Dual Titanium and Hydroxyapatite coating of ceramic implants without preliminary surface roughening


Allowing new implant design, removing need of metallic cases, removing risk of embrittlement due to abrasive grit blasting

THERMAL SPRAY COATING EQUIPMENT

VACUUM PLASMA SPRAY – VPS

Coating equipment based on the technology developped by Medicoat made available to implant legal manufacturers, contract manufacturers and coating service providers


Highly efficient coating process integrated with complex robotics system, modern human machine interface and in-process monitoring

ATMOSPHERIC PLASMA SPRAY – APS

Coating equipment based on the technology developped by Medicoat is made available to implant manufacturers, contract manufacturers, coating service providers

SPRAY POWDER PRODUCTION

HYDROXYAPATITE POWDERS

Own production of medical grade hydroxyapatite powders for thermal spray coating and for resorbable media blasting (RBM). Both sintered crushed and spray dried powders in various grain sizes available.


Characteristics of hydroxyapatite spray powders fulfilling ISO 13779-6:2015 requirements. Highly skilled research team for customer specific powder optimization.

TITANIUM POWDERS

Production of Titanium powders from fine to coarse particles for APS and VPS thermal spray processes.


Characteristics of titanium spray powders fulfilling ASTM F 1580-12 requirements.

IMPLANT MANUFACTURING AND CLEAN ROOM PACKAGING

Machining shop for implants like femoral stems or acetabular cups, including laser marking, polishing and passivation. The facility is certified ISO 13485 has been audited by several authorities (USA FDA, Brazil ANVISA, Korea MFDS)


Final packaging in clean rooms class ISO 6 of orthopedic implants in double pouches or blister.

Research and development

MATERIAL TESTING LABORATORY

Extensive material testing capability for powder and coating characterization (quantitative analysis by X-Ray Diffraction), optical microscopy, static adhesion testing and abrasion testing.

PROCESS ENGINEERING

Development of customer specific coating by thermal spray processes.


On site engineering support for process optimization, robotics, servicing and calibration

Go to article: Home | The Surgical Robot RevolutionGo to article: Formacoat Company InsightGo to article: FormacoatGo to article: In This IssueGo to article: Telemed Company InsightGo to article: TelemedGo to article: ContentsGo to article: Accurate Biometrics Company InsightGo to article: Accurate BiometricsGo to article: The magic touch: bringing sensory feedback to brain-controlled prostheticsGo to article: Picosun Company Insight Go to article: PicosunGo to article: Medicoat Go to article: The high-tech hunt for new biomarkersGo to article: MPS Microsystems Company InsightGo to article: MPS MicrosystemsGo to article: OmnitronGo to article: Making robotic surgery safe: why training is key to avoiding tragedy Go to article: BioInteractions Company Insight Go to article: BioInteractions Go to article: XavitechGo to article: Virtual pain relief: could VR start a rehab revolution?Go to article: Industrial Indexing Systems Company Insight Go to article: Industrial Indexing SystemsGo to article: Low battery: finding alternative ways to power medical devicesGo to article: Key Plastics Company Insight Go to article: Key PlasticsGo to article: NSFGo to article: Hidden figures: lifting the lid on medical device failure reportingGo to article: Protomatic Medical Company InsightGo to article: Protomatic MedicalGo to article: Watlow Plasmatech Company Insight Go to article: WatlowGo to article: Making sustainable medical devices: five top tipsGo to article: ARPA Company InsightGo to article: ARPAGo to article: ICU techGo to article: Predicting cardiac risk: new approaches in AI and blood testingGo to article: Under the skin: the medical device industry and the dark webGo to article: Sandvik Company InsightGo to article: Sandvik Go to article: Q&A: LifeBank on the challenge of getting blood from A to B in Nigeria Go to article: Cap Biomaterials Company Insight Go to article: Cap BiomaterialsGo to article: Debate: Can Alexa be trusted with our health questions?Go to article: AtoZ-CRO Company InsightGo to article: AtoZ-CRO Go to article: Pleora TechnologiesGo to article: Maraca InternationalGo to article: Europlasma Company Insight Go to article: EuroplasmaGo to article: Combinostics Company Insight Go to article: EventsGo to article: Euroquartz Company InsightGo to article: EuroquartzGo to article: Next issueGo to article: mdi ConsultantsGo to article: Ginolis Company InsightGo to article: GinolisGo to article: Sab BroeckskesGo to article: Qmedics Company Insight Go to article: Qmedics