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1. Product Introduction
The SK-5B Dental Milling Machine is an industrial 5-axis wet processing system designed for precision dental restoration fabrication. Featuring a mineral-cast frame and 4,500W servo drive system, it operates at 0–60,000 RPM to process titanium blanks, ceramic blocks, and prefabricated abutments. With ±360° A-axis rotation, ±30° B-axis tilt, and 24-position automatic tool changing, it delivers consistent 0.02mm dimensional accuracy suitable for laboratory and clinical environments.
2. Intended Applications
This system supports key dental restoration workflows:
Fixed Prosthetics: Crowns, veneers, inlays, partial/full-coverage restorations
Implant Components: Custom abutments, screw-retained bridges, scan bodies
Metal Frameworks: Angled multi-unit infrastructures
Educational Models: Dental training specimen production
3. Operational Advantages
Extended Tool Management: 24-cutter automatic changer reduces manual intervention during multi-material workflows
Enhanced Angular Range: ±30° B-axis tilt with continuous A-axis rotation enables complex geometry processing
Material Processing Efficiency: 60,000 RPM spindle capability supports modern ceramic and metal milling requirements
Precision Drive System: Servo-controlled motion maintains 0.02mm tolerances under varied cutting loads
Proactive Maintenance: Remote diagnostics facilitate timely technical support
4. Technical Characteristics
Feature | Specification |
---|---|
Structural Design | Mineral-cast frame (249kg) |
Drive System | 4,500W AC servo motor |
Spindle Performance | 0–60,000 RPM with automatic tool changing |
Positional Accuracy | 0.02mm milling tolerance |
Cooling System | Integrated liquid circulation with reservoir |
Workflow Support | Touchscreen interface with breakpoint recovery |
Processing Method | Coolant-assisted wet milling |
Key Integration Notes
The system combines industrial-grade construction with clinical workflow efficiency. Simultaneous 5-axis capability addresses undercuts in complex restorations like multi-unit bridges, while the compact coolant-integrated design optimizes workspace utilization. Remote monitoring capabilities contribute to operational continuity in dental laboratories and clinics.