Dental 5 Axis cad cam Dental Milling Machine for zirconia

1. 6,000–60,000 RPM High-Power Spindle + Servo Motor: High Speed, High Torque, and High Precision

The high-power spindle supports a wide speed range for different materials:

6,000–20,000 RPM (low-speed high-torque range): ideal for heavy-duty milling of metals and titanium implant abutments.

30,000–60,000 RPM (high-speed finishing range): enables low-stress, ultra-fine milling of glass ceramics.

Paired with a premium servo motor, the system delivers micrometer-level motion control, ensuring synchronized accuracy between spindle rotation and axis movement, reducing tool-path deviation.

Precision stability: machining accuracy is controlled within ±0.01 mm

Marginal fit: 20–50 μm, meeting clinical requirements

Batch consistency: variation kept within ≤5%

2. True 5-Axis Simultaneous Motion (A-axis ±360° + B-axis +30°): One-Setup Milling for Complex Restorations

With full 360° rotation on the A-axis and +30° tilt on the B-axis, combined with precise XYZ linear travel, the machine accesses the workpiece from any angle, achieving truly "no-dead-angle" milling.

Complex restorations can be completed in a single setup without reclamping, avoiding positioning errors caused by multiple fixture adjustments.

Higher yield: complex restorations achieve 95%+ good-part rate

Faster workflow: eliminates manual post-adjustment for difficult geometries

Time saving: processing time per complex crown/bridge is reduced by up to 50%

Lower labor cost: reduces reliance on highly experienced technicians

3. Intelligent Assistance (Auto-Calibration + Power-Failure Recovery + Remote Control): Lower Skill Requirement & Continuous Production

Auto-calibration uses intelligent sensors to detect tool wear and disc misalignment, automatically generating compensation values to correct milling paths-no manual adjustment required.

Power-failure recovery stores tool position, progress, and cutting parameters in real time, enabling automatic resume after power restoration without repeating the entire job.

Remote control supports IoT-based equipment monitoring, parameter adjustment, and milling program execution, reducing the need for onsite supervision.

Benefits:

Lower operating threshold: new technicians can operate independently after 30 minutes of training; calibration automation reduces reliance on experience (training cost −50%).

Reduced production loss: long jobs such as full-arch implant bridges avoid scrap during power outages, saving up to 70% rework time and material waste.

Higher management efficiency: multi-machine remote monitoring allows one technician to supervise several units simultaneously, boosting single-shift productivity by 20%.

1.Enhanced Detail and Complexity: The 5-axis capability allows for intricate designs and complex dental restorations
2.Versatility: Able to work with different materials, providing flexibility in the types of restorations that can be produced.
3.Efficiency: Reduces the time required for milling and increases overall productivity in a dental lab setting.

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