Welcome to The BRIDGE, the social and information hub of the dental lab industry. Connect with industry peers and vendors, ask questions, sign up for events, review products, read LMT articles and industry news and more!
Producing Bridges, Copings, Implants and Models From CAD Data Via Laser Sintering--An Industrial 3D Printing Process
EOS of North America, Inc. · LAB DAY Chicago 2014
Read More
About This Clinic
Thomas Thiel, MDT, explains how direct metal laser sintering (DMLS™), a 3D additive printing process using CAD data, can produce about 450 units for crowns and bridges in 24 hours unattended, and how to produce plastic models with laser sintering.
Added By
Speakers (1)
-
Thomas Thiel, MDT
Works at EOS, Electro Optical Systems
Followers (4)
-
Jamie Green, CDT
Head Removable Department at Keller Laboratories
-
Tessa Llimargas
Manager at Ortoteam SL
-
Dorota Novak, CDT
Owner at Ceramic Trend Dental Lab, Inc.
-
Dee Sullivan
C&B Technician at Creative Technics, Inc.
Contributors (1)
-
EOS of North America, Inc.
Novi, MI
View Show
From the Show
LAB DAY Chicago 2014
Feb 21-22, 2014 · Chicago, IL
Discover products, techniques and services that can enhance your skills, boost your productivity and create all new opportunities for your business.
Popular Clinics
-
The Origin Live Zirconia 2 in 1 system allows users to mill substructures and full contour restorations on the same disc providing you with the strength and translucency...
-
Jesse Madsen demonstrates how the Origin-Haas 5HD uses new and improved strategies for milling one piece custom abutments, implant bars and bridges.
Jorge Ramirez, DDS follows this -
Discover the benefits of in-house milling and learn the challenges and advantages of integrating CAD/CAM technology into daily production from an Origin Equipment...
The Daily Bite
Demand for flexible partials is on the rise, with about half of respondents to LMT's 2012 Removable Survey selling more flexible partials than they did five years ago. And among those who are fabricating partials as a service to other labs, 21% note an increase in the demand for flexible partials.
LMT Original Research © 2010 - 2012
