CNC-MilledTitanium Frameworks
5-axis CNC milling from pre-certified titanium discs delivers the gold standard in full-arch framework accuracy. Passive fit across 4-6 implants with 10-year clinical evidence supporting long-term success.
Technical Advantages
Why CNC milling remains the accuracy benchmark
Passive Fit
5-axis CNC milling achieves sub-20 micron precision, eliminating casting distortion and ensuring true passive fit.
Material Integrity
Machined from pre-certified titanium discs with consistent mechanical properties—no porosity or inclusions.
Digital Workflow
Fully CAD/CAM process from intraoral scan to finished framework with repeatable, predictable outcomes.
Design Flexibility
Wraparound, I-beam, or reduced-profile designs accommodate varying prosthetic space requirements.
Manufacturing Comparison
How CNC milling outperforms alternative methods
vs Conventional Casting
- Eliminates porosity and casting shrinkage
- No investment material contamination
- Consistent passive fit across long spans
- Reduced screw loosening incidents
vs SLM/3D Printing
- Superior surface quality without post-processing
- More predictable mechanical properties
- No residual stress from rapid cooling
- Better implant interface precision
TECHNICAL DATA
Framework Specifications
Digital Workflow
From scan to precision-milled framework
Digital Impression
Intraoral scan with scan bodies or photogrammetry
CAD Design
Framework design with connector optimization
CAM Programming
5-axis toolpath generation for milling
CNC Milling
Precision machining from titanium disc
Finishing
Surface polishing and quality inspection
Try-In
Passive fit verification before prosthesis completion
Ready to Get Started?
Submit your case for framework design consultation and passive fit guarantee.
Submit Case for Evaluation