Guangdong Beiming Technology Co., Ltd.
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The Beaming SK-5D is an industrial-grade 5-axis dental milling system engineered for precision restoration fabrication. Featuring a rigid cast iron frame and direct-drive servo motors, it delivers ±5μm accuracy during continuous 48-hour operation. With 0.8μm repeatability, ±360° A-axis rotation, and ±30° B-axis tilt, it processes glass ceramics and pre-milled abutments at 0–60,000 RPM spindle speeds. The integrated dual-filter coolant system and cloud diagnostics further enhance its reliability for labs, clinics, and academic settings.
This machine excels in producing a broad range of dental restorations, including:
Fixed Prosthetics: Crowns, veneers, inlays, and abutments
Implant Components: Custom bridges (3–18mm workpieces) and multi-unit frameworks
Complex Geometries: Anatomical models and undercut-rich designs via 5-axis freedom
High-Volume Workflows: Batch processing with rapid fixture changes
| Feature | Benefit |
|---|---|
| Patented Modular Fixtures | Reduces mold-change time by 50% for 20+ restoration types |
| Submicron Precision | 0.8μm repeatability + ±2μm compensation ensures seamless margins |
| Thermal Resilience | ≤0.5℃ drift over 48 hours via ball screw guides |
| Tool Longevity | 300% extended bur life from dual-filter coolant |
| Operational Agility | MOQ=1 and compact design suit small clinics |
| Intelligent Recovery | 17-layer breakpoint protection + remote diagnostics |
| Category | Specification |
|---|---|
| Power & Drive | 3,500W Full Serv Drive |
| Precision | 0.02mm milling accuracy / 20μm fit accuracy (85% restorations require no polishing) |
| Spindle | 0–60,000 RPM |
| Processing | 5-axis wet milling |
| Axis Rotation | A: ±360° continuous; B: ±30° tilt |
| Tool Capacity | 10 burs |
| Material Support | Glass ceramics, pre-milled abutments |
| Connectivity | Cloud-based remote monitoring |
Combining industrial durability with clinical flexibility, the SK-5D streamlines digital dentistry workflows. Its precision eliminates post-processing for most restorations, while the MOQ=1 policy and space-efficient build make advanced milling accessible to growing practices.