Titlebook: Digital Dental Implantology; From Treatment Plann Jorge M. Galante,Nicolás A. Rubio Book 2021 Springer Nature Switzerland AG 2021 Dental im

sparse

CAM: Computer-Assisted Manufacturing, to fabricate an object using an additive method, a material has to be deposited and hardened layer by layer. The machines in charge of said procedure are known as 3D printers and material used?is usually a polymer.

過(guò)份艷麗

褻瀆

https://doi.org/10.1007/978-1-4614-5800-5new computer aided engineerig analysis methods will certainly allow in the future to perform virtual functional tests of the devices produced for reconstructive surgery, making predictability levels even higher.

Ordeal

Digital Reconstructive Surgerynew computer aided engineerig analysis methods will certainly allow in the future to perform virtual functional tests of the devices produced for reconstructive surgery, making predictability levels even higher.

intention

magnate

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古董

https://doi.org/10.1007/978-3-030-65947-9Dental implants; CAD/CAM; Surgical dental treatment; Dental implantology; Digital dentistry

多產(chǎn)魚(yú)

磨碎

CAD: Computer-Assisted Designthetic planning software or an implant planning software. While the first ones are used mainly by?dental labs, the second ones are used by clinicians?to visualize CBCT images, plan implant placement, and design surgical templates.

Abrupt

Implant Drilling Systemslantology has countless options regarding hardware as well. As with traditional implant surgery, implant and instrument?selection can?influence the outcome. Overall precision depends?on data acquisition variables (CAI), adequate template design (CAD), proper manufacturing (CAM) and, of course, optimal surgical performance.