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Creo News


Creodent 2020 Library

For the most recent release of 3Shape, Creodent has released an updated version of its library. This is for both 3Shape and Exocad. The main folders in which kits could be selected have been changed. There are now two different systems to choose from and various accompanying kits.


CREO_SOLIDEX
Systems labeled with Solidex in the system choice will have TI and H selection options.


TI:  Titanium abutments
H:  Hybrid abutments using links with the half moon cut

CREO_TRILOC
Systems labeled with Triloc in the system choice box will have TI or H
options, as mentioned above, and will also have H3, H4, H5 and H6 options available for selection in the "Kit" drop down box.


H3-H6:  Hybrid abutments using our 6mm titanium link.
These links are cut down to fit the hybrid restoration to match the requested size, based on kit selection.

 

What's New?


New and Enhanced Medit T-Series

Medit, the company that brought you the first blue-light tabletop scanner, has recently launched a new T-Series product. This tabletop scanner has a sleeker look with new and improved features. Its design for convenience optimizes performance and therefore speeds up your workflow and productivity. Called the Medit T710, this is the fastest scanner Medit has produced yet.

It’s fast scan engine and highly efficient software algorithm can produce a full-arch scan in just 8 seconds. Additionally, its wider scan area, high resolution camera system, and blue-light scanning allow for the creation of high-quality and detailed scans without blind spots. This more accurate scan data decreases the need for restoration adjustments to be made and saves you time and money, in turn.

WE PRICE MATCH!

 

Trend Report


3D Printing: PRESENT AND FUTURE

Building on current technology for future innovation
Josh Throndson, CDT (IDT, Aug 2020)


Science and technology have revolutionized the fate of mankind in numerous ways. 3D printing allows us to visualize precise anatomy and fabricate patient specific models, surgical guides, stents, prostheses, drug delivery devices, etc. Conventional manufacturing has struggled to create complex and precise anatomic replicas that 3D printers are now producing with minimum effort. Newer composites and hybrid plastics make it possible to fabricate prostheses that are lighter in weight but offer greater strength. 3D printing in dentistry allows the fabrication of customized braces, restorations, castable crowns, dental bridges, and denture bases and framework. For the right application of 3D printing, it is important to understand the fundamentals of technology and predicting the prospective changes will help to prepare for the future.