Digital Dental Lab/Clinic Solution

5-axis collaborative processing
The equipment realizes all-round processing of complex geometric shapes through five-axis (X/Y/Z linear axis + A/B rotation axis) linkage:

A axis (±360° rotation): supports unlimited rotation, allowing the tool to cut into the material from any horizontal angle.

B axis (large inclination range 25° to 115°): expands the vertical working angle of the tool to facilitate carving of complex structures such as occlusal surfaces and adjacent surfaces.

Application scenario: Single clamping can complete multi-faceted processing of full crowns, bridges, and implant guides to avoid repeated positioning errors.

Automatic tool changer (ATC)
Multi-tool magazine configuration: supports automatic switching of 8-14 tools, adapting to roughing, finishing, chamfering and other processes, reducing manual intervention.

Intelligent tool management: built-in sensors detect tool wear, prompt replacement or automatically compensate for path deviation.

Material and fixture adaptation

Vacuum adsorption fixture: modular fixture design, adaptable to different sizes of blanks (such as 98mm/71mm zirconia discs), to ensure stable clamping.

Software-driven processing

CAM path planning: automatically generate tool paths, optimize cutting parameters (such as feed rate, cutting depth), and adjust strategies according to material characteristics (for example, zirconia needs to be milled in layers to prevent edge collapse).

Zirconium oxide crown/bridge: high-speed precision machining, surface finish can be directly glazed and sintered.

Temporary restoration (PMMA): fast cutting, suitable for immediate chairside restoration.

Wax-up and guide: high detail restoration capability, used for implant surgery guide or casting model.

Efficient cutting without coolant
Unlike wet milling which relies on coolant, Dental Dry Milling Machine achieves liquid-free machining through the following technologies:

High-speed spindle heat dissipation: Using a high-speed spindle (such as 6000–60,000 rpm), the contact time between the tool and the material is reduced through rapid cutting, reducing friction heat accumulation.

Material thermal stability adaptation: For low thermal conductivity materials such as zirconia, the tool path is optimized (such as layered cutting) to avoid local overheating and micro cracks in the material.

Active air cooling system: Built-in powerful air cooling device, which removes dust and heat from the cutting area through air circulation to maintain stable machining temperature.

Dust control technology
The biggest challenge of dry machining is dust management, which Zotion equipment solves in the following ways:

Enclosed machining cabin: Equipped with a sealed cabin to prevent dust from spilling out and polluting the environment.

Integrated dust collection system: Real-time dust collection through negative pressure adsorption and high-efficiency filters (such as HEPA) to keep the inside of the equipment clean.