CAD CAM Dental Lab Milling machine

 

The CAD CAM Dental Lab Milling machine features a 5-axis dry milling system. Offering a maximum spindle speed of 60,000 RPM, it can quickly and smoothly machine a variety of materials, including zirconia and PMMA. The CAD CAM Dental Lab Milling machine's advanced 5-axis capabilities allow for complex designs and intricate geometries, increasing the accuracy of each restoration. Its powerful cooling system minimizes thermal effects, extends tool life and improves machining quality. It features a user-friendly interface and real-time monitoring capabilities.

 

 

 

 

1. Auto-retracting tool magazine (dust protection design)

The tool magazine automatically retracts into the enclosed chamber when idle, reducing exposure to airborne powder during dry milling.
In zirconia and PMMA processing, particle size of dust is typically in the micron range, which can affect tool edges and cutting stability if accumulated.
With the sealed structure, dust ingress is reduced, helping maintain cutting accuracy and extending tool life by ~30–35%.
Also lowers internal cleaning frequency and keeps the working area more stable for long-term operation.

2. No manual calibration required

Built-in sensors automatically check tool length, zero position, and axis alignment at startup.
Positioning accuracy is maintained within ±0.01 mm, without manual intervention.
Compared with traditional machines, setup time is reduced by 20–40%, allowing direct start of production.
Fewer manual steps also reduce operator-dependent errors, improving consistency in batch processing.

3. Remote control & real-time monitoring

Supports remote operation via network (Wi-Fi / LAN).
Operators can monitor spindle speed, machining status, and job progress in real time, and perform start/stop or parameter adjustment remotely.
System provides automatic alerts for abnormal conditions such as tool wear, overload, or interruption.
Suitable for multi-machine management and unattended operation, improving overall equipment utilization.

4. 100° angled blank holder (material-saving design)

Uses a 100° inclined clamping structure to improve contact area and stability of the disc during milling.
Reduces ineffective cutting zones at the edge of the blank and improves usable area.
In 98 mm zirconia or PMMA discs, material utilization can increase by ~30% compared with standard flat clamping systems.
More stable fixation also reduces vibration-related errors, supporting consistent machining accuracy.

 

 

 

 

 

 

 

 

 

 

 

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