CEREC MC X
The increased speed and capacity of the CEREC MC X are particularly advantageous if you want to complete several restorations in one treatment session or create long-term temporary bridges. The fast milling speed also facilitates the fabrication of conventionally cementable crowns made of lithium disilicate glass ceramics.
CEREC MC X
Indications | Veneers Inlays Onlays Crowns Bridges Single Unit Copings Multiple Unit Frameworks Abutments Surgical Guides |
Materials and Manufacturers | Zirconia Alumina Spinell Feldspathic Ceramic Lucite Lithium Disilicate Translucent Zirconia Yytrium Zirconia PMMA Chrome Cobalt Resin nano ceramic From VITA, Ivoclar Vivadent, 3M ESPE, Sirona, Merz and Dentsply |
CAD/Import Options | Matched CEREC Omnicam, CEREC Bluecam or CEREC 3D chairside intraoral scanner Sirona inEos Blue Model Scanners 3Shape Scanners |
Software | CAM: CEREC 4.0 |
Milling Time | Inlay 3-5 mins (Feldspar/Lucite) Crown 8-10 mins (Feldspar) Crown 10-12 mins (Lithium Disilicate) Bridge 15-18 mins (PMMA) |
Milling Axes | 4 plus 4 degrees of movement on the bur axis and 2 degrees of movement on the block axis/rotational milling geometry (can mill whilst rotating the block) |
Drive Motors | 2x Bur Motors plus 1 x Block shaft motor |
Maximum material block size | 40 x 40 x 22mm |
Stacking Milling | Up to 20 units Varies based on restoration types |
Smallest Milling Bur Diameter | 1mm |
Resumption of Interrupted Milling | Yes |
Automatic Worn Bur Compensation | Yes |
Broken Bur Detection | Yes |
Automated Tool Changing | Manual |
Installation Requirements | 240V Single Phase Power Point |
Training | Initial in-office orientation 2-day jump start course 2-day clinical workshop |
Ongoing Support | Telephone and on site support Local and web-based user groups Local and international conferences |
Warranty | 1 Years Parts / 1 Years Labour 3 Years optional |
States where support is available | NSW, ACT, QLD, VIC, SA, WA, NT, TAS and NZ |
Country of Manufacture | Germany |
25 Feb 2016 | News and Events
The new CEREC Zirconia workflow gives dentists a means of providing a high-performance material chairside. New devices and tried-and-tested processes make for an efficient, time-saving workflow.
31 Jan 2016 | Clinical Excellence
Sirona revolutionalised digital implant dentistry by providing a completely integrated digital workflow incorporating all aspects of surgical and restorative implant dentistry. The introduction of in-house milling of surgical guides with CEREC Guide 1 was visionary in this regard. However, the CEREC Guide 1 process is relatively technique-sensitive...
11 Feb 2014 | News and Events
Sirona, the technology leader in the dental industry, has entered into an agreement with a new material partner for the production of CAD/CAM blocks, such as composites and other restorative materials for CEREC and inLab. The Japanese dental company GC Corporation complements the group of selected partners that manufacture high-performance material...
31 Oct 2013 | High Tech Dentistry
Digital dentistry is the buzz word of the new millennium and manufacturers bandy it around with impunity. The common theme pushed to practitioners is that getting on the digital bandwagon is a must; exactly what the ensuing benefits of doing so, however, can be far more ethereal.
Loosely speaking, digital dentistry is an all-encompassing term that...
31 Jan 2013 | Clinical Excellence
Lithium disilicate glass-ceramic (LS2) has been shown to enhance the aesthetic appearance and longevity of prosthodontic work. This material forms the basis of the IPS e.max® System, which has been consistently adapted to the changing market conditions and user needs since it was first launched. When used in combination with the CEREC® AC System ...
31 May 2012 | Surgery Design
Many long-established practices often find themselves in a quandary when it comes time to renew the working environment. VC Dental at Kariong on the New South Wales’ Central Coast, north of Sydney, was situated perfectly to provide dental care to the close knit local community, yet it was desperately in need of extensive work to allow it to reach...
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Tuesday, 26 November, 2024