Zirkonzahn M5 Heavy Metal Milling Unit
- Milling unit with 5+1 axes simultaneous milling technology and Milling Spindle Hard Automatic or Milling Spindle Soft M5
- CAD/CAM milling bur 6 mm for more stability during the milling process
- For processing zirconia, resin, wax, wood, sinter metal, chrome-cobalt as well as titanium,
- Raw-Abutments®, glass ceramics and composite depending on the equipment
- During the elaboration of resins, the Ioniser (optional) ensures a clean milling unit by discharging the plastic shavings. This results in more cleanliness during the milling process and increases the machine performance thanks to the shorter cleaning time
- Tool changer function with 16-compartment tool magazine
- Individual extension options, e.g. wet processing function Wet Grinding/Wet Milling M5, Raw‑Abutment®/Glass Ceramics Holder, JawPositioner Support
- CAD/CAM milling bur 6 mm for more stability during the milling process
Zirkonzahn M5 Heavy Metal Milling Unit
Number of axes | 5+1 |
Spindle type and life | |
Wet / Dry / Hybrid | Hybrid |
CAM software | ZIRKONZAHN.CAM |
Built-in Suction | |
Built-in Cleaning | |
Disk Changer | |
Millable Materials | Zirconia Resin Wax Wood Sinter metal Chrome-cobalt Titanium Raw-Abutments® Glass ceramics Composite |
Restoration types | |
Tool Changer | 16 tool changer |
Tool Redundancy | |
Air requirements | |
Remote Monitoring | |
Weight | 210 kg |
Dimensions (W x D x H) | 1250 x 690 x 530 mm |
Ioniser | Optional |
Water Capacity | |
Servicing Requirements | |
Warranty | |
Country of Manufacture | Italy |
31 Jan 2017 | Clinical Excellence
The problem of worn and eroded teeth is becoming more prevalent. The pathological loss of tooth substance can be produced by erosion (acid-related tooth damage), attrition (tooth-to-tooth wear) or abrasion (mechanical processes). In most cases, a number of factors contribute to the clinical picture. Once the causes have been established, suitable t...
31 Jan 2017 | Techniques
The problem of worn and eroded teeth is becoming more prevalent. The pathological loss of tooth substance can be produced by erosion (acid-related tooth damage), attrition (tooth-to-tooth wear) or abrasion (mechanical processes). In most cases, a number of factors contribute to the clinical picture. Once the causes have been established, suitable t...
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Friday, 31 January, 2025