White Dental Lab Technician Equipment 10 Disc Capacity Robotic Loading Milling Machine Dental Laboratory

State-of-the-Art Dental Milling Machine with 10-Disc Capacity and Robotic Loading

1. Product Introduction
The SK-10A Dental Milling Machine advances automated dental laboratory production with its integrated robotic system and precision engineering. Designed for high-volume workflows, it ensures consistent, unattended operation for diverse dental restorations.

2. Product Purpose
This machine automates the fabrication of critical dental components, including:

• Crowns (sleeve, staked, full)

• Bridges (continuous)

• Implant superstructures

• Inlays, inner crowns, and bolster channels
  It processes zirconia, wax, resin, and composite materials, supporting comprehensive laboratory production needs.

3. Product Features

• Robotic Loading System: 10-disc cyclic loading for continuous operation.

• High-Precision Engineering: ±0.01mm accuracy via closed-loop servo ball screws.

• 5-Axis Capability: Simultaneous A-axis (360°) and B-axis (±30°) motion for complex geometries.

• Efficient Tooling: 5-bur quick-change system with Φ4mm tool diameter.

• Material Optimization: 118° fixtures achieve material usage rates up to 98%.

• Intelligent Recovery: Automated process restoration after interruptions.

• Remote Monitoring: Network-enabled cameras for cloud diagnostics.

Key Technical Parameters:

4. Product Advantages

• Extended Autonomy: 24/7 unattended operation maximizes production uptime.

• Operational Efficiency: Reduces per-unit costs significantly while boosting output volume.

• Resource Optimization: Near-maximal material utilization (98%) lowers waste.

• Process Reliability: Intelligent recovery minimizes downtime from interruptions.

• Workflow Integration: Robotic loading and quick tool changes streamline high-volume production.

• Remote Management: Cloud-based diagnostics enable proactive maintenance and support.

• Versatile Fabrication: 5-axis capability ensures precision across diverse restoration types and materials.