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. The Tool Magazine Will Automatically Hide When You Don't Use It to Avoid Falling into Powder
Automatic hiding design: By automatically controlling the position of the tool magazine, the tool magazine will automatically retract and hide when the device is in standby or does not need to use the tool. It can effectively prevent the tool magazine from being exposed to the working environment and prevent dust or powder of grinding materials from entering the tool magazine.
Prevent dust pollution: Dust is a common problem for dry milling equipment, especially when processing materials such as ceramics and PMMA, dust may affect the accuracy of the tool and the stability of the equipment. By automatically hiding the tool magazine, the equipment can reduce the risk of dust entering, extend the service life of the tool, and ensure cutting accuracy.
Keep the environment clean: This function also helps reduce the cleaning workload inside the laboratory and prevent dust from contaminating other equipment parts.

2. It Requires No Calibration
Ready to use: It can avoid the tedious calibration steps common in traditional equipment. The equipment can automatically detect and adjust its working status through precise built-in sensors and positioning systems, and put it into use immediately after startup without manual intervention for calibration.
High-precision automatic adjustment: The machine can complete precise self-adjustment through intelligent algorithms and automated control systems to ensure that the accuracy of each processing meets the requirements, eliminating the trouble of manual calibration.
Reduced operational complexity: Since there is no traditional calibration process, operators can focus more on production rather than tedious debugging.

3. It Can Remote Control
Remote operation function: This device is equipped with a remote control function, which allows users to remotely monitor and operate the machine through a network connection (such as WiFi). The operator can still perform real-time control, start/stop the device, view the progress of work or adjust processing settings when not on site.
Real-time monitoring and alarm: Through the remote control system, the device can send status reports or alarm prompts to the operator in real time during the work process, and can respond and make adjustments in time when any abnormalities occur. For example, the remote control system will send warnings when the device fails, there is too much dust, the tool is damaged, etc.

4. It Has a Unique 100° Blank Holder, So When You Milling Dental Material, It Can Save 30% Material
Optimized clamping design: A tilt angle design is adopted to fix the workpiece more tightly on the machine table during milling. This design can reduce material waste during processing and ensure the stability and processing accuracy of the workpiece.
Reduce material waste: When dental materials (such as ceramics, PMMA, etc.) are fixed more firmly and stably during processing, cutting losses caused by improper material position or unstable clamping can be reduced. The clamp ensures that more material can be used, reduces the waste of excess parts, and saves about 30% of materials.

 

 

 

 

 

 

 

 

 

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