These powder-free scanners save time and also create an overall more comfortable experience for the patient. One reason that this system has become much more accessible has been the introduction to the market of intraoral scanners that eliminate both traditional impression materials and the powders and sprays associated with earlier scanners. Fortunately, advances in the technology over the past few years have made CAD/CAM a more viable option for dentists looking to do restorations in-house.įrom the Lab to Chairside-What has Changed?ĬAD/CAM systems allow users to scan, design, mill and place a crown in a single appointment. However, early versions of CAD/CAM systems were so cumbersome and complicated that they were considered more of a hindrance to practice workflow than an advantage, and were mostly confined to laboratories. Much like radiovisiography technology, dental CAD/CAM technology got its start in Europe in the 1970s and 1980s.
Other scanners: You have to export STL file and send the STL file directly to us by email or file transfer service (DropBox, GoogleDrive, wetransfer etc.Though computer-aided design/computer-aided manufacturing (CAD/CAM) for dentistry has been available for the past 25-30 years, it’s only been within the past decade that the technology has moved from the lab to chairside. ITero: You can link directly to our lab via My AlignTech systemĬerec/Sirona: You can link directly to our lab via Sirona Connect Case Center systemįor all above options, search for ′Excel Dental Lab′ or then create connection/partnership.ģM: You have to export STL file and send the STL file directly to us by email or file transfer service (DropBox, GoogleDrive, wetransfer etc.) Medit: You can link directly to our lab via Medit Link system Our lab is working with various intraoral scanners, namely…ģShape Trios: You can link directly to our lab via 3Shape Communicate systemĬarestream: You can link directly to our lab via CS Connect system A model will enable us to apply porcelain veneering and check fitting/contacts/occlusion in a usual manner. Note that resin-based models will be produced by 3D digital printer and will incur additional cost.
#CAD CAM SOFTWARE DENTAL FULL#
Then we process digital files to produce a physical model in resin, and fabricate all types of restorations including PFM, full gold crown, all-ceramic, porcelain-layered zirconia etc. Full-contour composite resin and PMMA are also possible.ģ) Clients can send us digital files from oral scanner. Lithium disilicate glass ceramic is currently available in e.max CAD, Vita Suprinity, and Mark II. Then we process the files in our system and produce full-contour restoration without model, such as monolithic zirconia (anterior & posterior) or glass ceramic. Then we scan from model/impression, and proceed to designing, milling crowns digitally on our systems.Ģ) Clients also can send us digital files from oral scanner (in open STL format). Or even complicated work like bar attachment or hybrid superstructure.ġ) Overseas clients have a possibility of sending us physical impressions or models in traditional way.
It could be custom implant abutment or full arch screw-retained bridge. It could be the very basic zirconia crown & bridge for veneering with porcelain, or entirely/partially full zirconia zirconia. The software package and modules open up a possibility to design and produce all types of restorations we can imagine. It also incorporates the cutting-edge wet milling technology. It can mill various materials such as zirconia, anterior & posterior full zirconia, custom implant abutment, screw-retained bridge, titanium, glass ceramic, resin, sinter metal, chrome cobalt, raw abutment etc. The M1 milling machine is the latest 5+1 axes simultaneous milling unit with wet and heavy metal functionality. The innovative scanner S600 ARTI is fully automated optical structured-light scanner in combination with specialized scanning software. Excel Dental Lab installed the newest and complete CAD/CAM system from Zirkonzahn, Italy.
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