Dental & Implant Material Evaluation
Dental & Implant Material Evaluation requires a comprehensive understanding of how materials interact with hard and soft tissues under real physiological conditions. These materials must demonstrate not only mechanical durability and corrosion resistance, but also stable surface chemistry and favorable biological responses over long-term implantation.
At Materials Metric, we integrate biocompatibility testing, surface and chemical characterization, corrosion analysis, and tissue–material interaction studies to evaluate dental materials and implant systems holistically. Our testing supports R&D optimization, performance validation, and ISO/FDA regulatory submissions by generating clear, defensible evidence of safety, stability, and functional integration with biological tissues.
Uses
• Screening new implant materials
• Evaluating coatings or surface modifications
• Supporting FDA and ISO dental standards
• Understanding implant–tissue integration
Applications
• Titanium implants
• Zirconia and ceramic materials
• Polymer-based dental systems
• Adhesives, cements, and coatings
Sample Analysis Process
• Surface chemistry and morphology assessment
• Corrosion and dissolution analysis
• Cytotoxicity and irritation screening
• In-vitro osseointegration assays
• Histological evaluation (if applicable)
Why Choose Materials Metric
Materials Metric brings specialized expertise in dental and implantable biomaterials, offering evaluation that integrates mechanical, chemical, and biological perspectives.
We provide:
- Deep understanding of implant surface chemistry and osseointegration pathways
- Integrated testing (surface analysis, corrosion, cytotoxicity, imaging, histology) for cohesive insight
- ISO 9001:2015 accredited workflows ensuring high-quality, reproducible evaluations
- Failure-oriented interpretation to uncover causes of poor integration, corrosion, or tissue response
- Regulator-ready documentation aligned with ISO, FDA, and ADA standards
Materials Metric helps you ensure safe, stable, and biologically compatible dental materials and implants.
Related services