ISO 13485 Certified Medical Device Surface Processing
BC
BioCoatMed Surface Technology
OEM & Contract Surface Engineering for Global Medical Device Makers

Precision Bioactive & Porous Coatings for Orthopedic Implants

Specializing in Atmospheric Plasma Spraying (APS) and Vacuum Plasma Spraying (VPS) of high-purity Titanium (Ti) and Hydroxyapatite (HA) coatings for hip stems, acetabular cups, spinal cages, and dental systems.

>30 MPa
Tensile Bond Strength (ASTM F1147)
30% - 50%
Controlled Porosity (ASTM F1854)
>65%
HA Crystallinity (ISO 13779)
Quality Assured

Validated Process Standards

ASTM F1580 & F67

Pure Titanium powder & coatings for surgical implant applications.

ASTM F1185 & ISO 13779-2

Hydroxyapatite coatings for medical implants; verified phase purity.

ASTM F1147 & ASTM F1044

Static tensile & shear testing with consistent failure mode analysis.

ASTM F1160 & ASTM F1978

Fatigue shear testing & Taber abrasion resistance verification.

Need Metallographic Test Reports? Inquire With Us →
Engineering Portfolio

Core Coating Technologies

Engineered to optimize early bone ingrowth (osseointegration) and long-term secondary mechanical stability under physiological cyclic loading.

TPS / VPS Coating

Porous Titanium (Ti) Coating

Atmospheric or vacuum plasma-sprayed commercial pure titanium. Delivers interconnected micro-porosity and rough topography, matching natural trabecular bone structure.

Typical Thickness: 150 μm – 450 μm
Total Porosity: 30% – 50%
Tensile Adhesion: > 30 MPa (ASTM F1147)
Recommended For: Hip Stems, Acetabular Cups
Request Ti Spec Sheet →
Bioactive Ceramic

Hydroxyapatite (HA) Coating

Synthetic bioactive ceramic chemically bonded to implant substrates. Stimulates osteoconduction and ensures accelerated initial biological fixation.

Typical Thickness: 40 μm – 70 μm
HA Phase Purity: > 95% (ISO 13779-3)
Crystallinity: > 65%
Recommended For: Screws, Stems, Dental Implants
Request HA Spec Sheet →
Composite Architecture

Ti + HA Dual Gradient Coating

Combines a porous titanium sub-layer for high shear anchorage with a thin bioactive HA top-layer for immediate post-operative osteoconduction.

Total Thickness: 180 μm – 350 μm
Interfacial Bond: No phase delamination
Fatigue Endurance: 10 Million Cycles (ASTM F1160)
Recommended For: Complex Cementless Arthroplasty
Request Dual-Layer Data →
Manufacturing Precision

Substrate Compatibility & Custom Masking Tooling

Successful medical coating relies heavily on proprietary fixture design and sharp transition masking. We engineer dedicated CNC masking fixtures that eliminate overspray on critical taper interfaces and highly polished articulating surfaces.

Titanium Alloy Substrates (Ti6Al4V / Ti6Al4V ELI)

ASTM F136 & ISO 5832-3 compliant pre-treatment with controlled grit-blasting (ASTM F86 passivation protocols).

Cobalt-Chromium Alloys (CoCrMo)

ASTM F75 / ISO 5832-4 cast and wrought substrates optimized for high-temperature plasma adhesion without metallurgical alteration.

Engineered PEEK & Ceramic Substrates

Low-temperature thermal spray options preserving core polymer mechanical integrity.

Complete Quality Inspection Capability

Every production lot is supported by master metallographic inspection records, coupon testing, and strict Gage R&R verification:

  • 1 Cross-Section Metallography: Coating thickness & porosity distribution per ASTM F1854
  • 2 Tensile & Shear Testing: Calibrated testing up to rupture verification (ASTM F1147 / F1044)
  • 3 Accelerated Aging Validation: Verified stability over extended shelf-life cycles
  • 4 Particle Release & Abrasion: Taber testing compliant with ASTM F1978
Who We Are

Dedicated to Medical Surface Excellence

BioCoatMed is an advanced technology provider specialized in precision biomedical surface coatings and contract manufacturing. Operating modern production facilities equipped with multi-axis automated robotic spray cells, customized tooling workshops, and in-house metallographic laboratories.

100%
Medical Device Focus
Dedicated strictly to biomedical implants and orthopedic devices.
Automated
6-Axis Robotic Guns
Repeatable thickness tolerance across complex contours.
ISO 13485
Traceable Production
Full batch coupon testing and lifetime archived records.
Global
Export Ready
Prompt sample turnaround and secure international freight handling.
Direct Engineering Channel

Request Technical Evaluation & Quote

Send us your 2D/3D part drawings, substrate specifications (Ti/CoCr), coating zone definitions, or ASTM target parameters.

Confidentiality Guaranteed. We sign non-disclosure agreements (NDAs) prior to reviewing proprietary CAD drawings.