Why Plaster-Free Systems Create New Problems
Removing plaster is not enough. Most magnetic mounting systems add four new sources of error between CAD and bench. Here's the engineering behind the problem.
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Du scan à l’articulateur
Articles techniques pour les laboratoires de prothèse numériques : scan, conception CAO, impression 3D et l’étape qui décide de ce que tu vérifies, le transfert sur l’articulateur.
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TrueZero™: Your Printer. Your Resin. Your Zero.
Print the calibrator on your printer, with your resin. Your equipment's offset becomes part of the reference. No factory shims. Patent pending.
How to Choose a Plaster-Free Articulator System
Seven questions to ask before buying a plaster-free articulator system: transfer proof, open design, implant analogs, flat printing, calibration, CAD, IP.
Full-Arch Implant Case on DACOS Omni: Complete Walkthrough
A full-arch All-on-4 case on DACOS Omni, from scan to articulator verification, with DockingMatrix™ routing the four magnets clear of every implant analog.
ShieldBase™: Geometry Designed for 3D Printing
A protected seating zone, flat printing and three seat variants. ShieldBase™ is a Hague-registered design within the Patent Pending DACOS Omni system.
Transfer Drift: The Error Nobody Talks About
Transfer drift is the silent deviation between CAD design and articulator verification: where it comes from, what it costs dental labs, and how to end it.
DockingMatrix™: 9 Combinations to Clear Your Implant Analogs
Eight magnet positions, four attachments per model, nine combinations. With DockingMatrix™ you pick in CAD the layout that clears your implant analogs.
Introducing ZeroDrift™ Transfer: From CAD to Articulator
ZeroDrift™ Transfer: the digital-to-analog protocol engineered so the transfer adds nothing to your error chain. On any articulator, implant analogs included.
DACOS Omni Setup: From Unboxing to Your First Mounted Model
A visual step-by-step: install the plates, run the fitting test, print the calibrator, calibrate, design in CAD, place the magnets, mount your first model.