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Milling dental prostheses with DWX-50 from Roland DG

German-based company millDENT specialises in the manufacture of dental prostheses made of zirconium. Founder Akin Öztürk uses the DWX-50 milling machine from Roland DG in the manufacturing process. The 5-axes machine is ideal for milling crowns and bridges in zirconium, PMMA and wax. "The DWX-50 is compact, easy to operate and much less expensive than similar machines from other manufacturers," Öztürk says.


French Hospital Enhances Complex Kidney Cancer Surgery Planning with Stratasys Color Multi-Material 3D Printing

  • Using Stratasys' transparent VeroClear material enables Dr Bernhard to see inside the kidney and estimate the specific location and depth at which the tumor resides.CHU Bordeaux is one of the first hospitals worldwide to pioneer kidney tumor removal by using 3D printed color multi-material models pre-surgery to locate depth of kidney tumors
  • 3D printed models used as big driver to train tomorrow's surgeons
  • Easier visualization of their own organ increases patient understanding of procedures by up to 50%

Asia Pacific MedTech Forum 2015 Open for Registration

Registration is now open for Asia Pacific MedTech Forum 2015, the region's first event of its kind for the fast-growing medical devices and diagnostics industry. Announced by the Asia Pacific Medical Technology Association (APACMed) today, this inaugural forum will address key issues, medical innovations and partnerships in healthcare.

Specialty Appliances: Fast, accurate models drive orthodontic appliance development

3D printed models like this articulator help reduce the number of appointments and appointment lengths. - See more at: http://www.stratasys.com/resources/case-studies/dental/specialty-appliances#sthash.YoVb51Jw.dpuf"Since we began leveraging Stratasys 3D printing technology, we've experienced faster turnarounds, better capabilities and a vibrant, growing business.", James Bonham, Specialty Appliances partner"
Digital technology that combines intraoral scanners and 3D printers provides a faster, better and more affordable means for creating an exact replica of a patient's mouth. Advanced digital labs like Georgia-based Specialty Appliances can deliver high-quality orthodontic appliances in less time and create dental models at lower cost than the use of traditional stone models made from dental impressions.

A Medical First: Sea Turtle Receives 3D-Printed Beak Implant after Collision with a Propeller

After being severely hit by a boat propeller, a 45-kg sea turtle lost two-thirds of its upper and lower jaw. A Turkish animal rescue team found the wounded turtle floating in the sea, without any sign of life, and carried it to the Dalyan Iztuzu Pamukkale University (PAU), Sea Turtle Research, Rescue and Rehabilitation Center. Due to a gaping hole near its mouth, as well as the extent of the stress trauma, the turtle was unable to eat or swim on its own. The turtle was fed by hand for an extended period of time and incrementally regained its health. To ensure the sea turtle's return to its natural habitat, volunteers from Dalyan started to look for a solution to reconstruct the chopped- off beak. The volunteers eventually contacted Turkish 3D printing service provider BTech Innovation to customize a 3D-printed custom jaw implant.

Materialise NV Signs 5 Year Partnership Agreement with Japan Medical Dynamic Marketing, Inc.

Materialise NV (Nasdaq: MTLS), a leading provider of 3D software and sophisticated 3D printing solutions, and pioneer in medical image based guide technology, today announced that they signed a 5 year partnership agreement with Japan Medical Dynamic Marketing, Inc. (7600: Tokyo) for Materialise's guide system for Total Hip Replacement.

Striking the Right Note with a Well-Planned Radius Reconstruction

Fig 3: Patient-specific drill The patient, a 15-year-old boy, experienced problems with supination, in addition to a lack of pronation after conservative treatment of a double radius fracture. Thanks to Materialise's surgery planning and guide design services, surgery time decreased from 3 hours to 45 minutes.


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