Guangdong Beiming Technology Co., Ltd.
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1. Product Introduction
The SK-2000 enables dual-material processing via segregated dry/wet chambers operating concurrently. This 5-axis system (±360° A-axis / +30°/-90° B-axis) achieves ±0.01μm precision when machining zirconia, ceramics, titanium, resins, and abutments. Designed for chairside integration, its modular fixtures accommodate various prosthetic workflows.
2. Applications
Designed for comprehensive restoration workflows:
Fixed Prosthetics: Crowns, veneers, inlays, and multi-unit bridges
Implantology: Custom abutments, titanium frameworks, and immediate-load components
Material-Specific Processing: Dry milling (zirconia/ceramics) and wet cutting (titanium/resins)
Complex Geometries: Undercuts and anatomical contours via 5-axis articulation
3. Key Advantages
| ① Operational Synergy | Unified platform eliminates separate dry/wet equipment needs |
| ② Clinical-Grade Precision | Sub-20μm accuracy ensures restoration viability |
| ③ Automated Efficiency | 24-tool capacity with material-aware power modulation |
| ④ Remote Diagnostics | Cloud-based visual support minimizes operational downtime |
| ⑤ Scalable Deployment | Single-unit MOQ accommodates startups to high-volume labs |
4. Technical Features
Engineering Innovations
Isolated Processing Zones: Physically separated chambers prevent material cross-contamination
Full-Axis Articulation: Unrestricted B-axis tilt (+30°/-90°) for complex substructures
Industrial Powerplant: 3.2kW servo drive sustains 60,000 RPM under load
Adaptive Intelligence: Real-time torque adjustment to material density
Performance Specifications
| Parameter | Value |
|---|---|
| Dimensional Tolerance | ±0.01mm |
| Material Spectrum | Zirconia, Glass Ceramics, Ti Discs, Resins, Prefab Abutments |
| Processing Regimes | Concurrent Dry/Wet Operations |
| Spindle Capability | 0–60,000 RPM |
| Angular Range | A: ±360° continuous; B: +30° to -90° |
| Tool Management | 24-position automated changer |
| Connectivity | IoT-enabled remote service protocol |
Conclusion
This integrated milling solution redefines in-practice manufacturing, merging laboratory-grade capabilities with clinical space efficiency. Its capacity to process incompatible materials within a single platform establishes new standards for digital prosthetic workflows. Implement today to consolidate restoration production.