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Dual Mode Machine For Easy Powder Switching
- Building Volume120*70mm,130 copings/batch, 10-12 RPD frames/batch, 130 copings/3.5-4.5 hours, 10 RPD frames/3-3.5 hours.
- Dual-mode printer supports Cobalt-Chromium and Titanium, and the switching time is only 45 minutes.
- Easy to start with Cobalt-Chromium mode and be able to upgrade to dual-mode later on.
- Equipped with glove box and built-in cleaner to implement closed powder cleaning and to avoid harmful dust.
- Proven stability in domestic and global market.
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These plants are made up of :
- Polypropylene hood to be connected to a fume scrubber. Designed to the recover any acid losses.
- PPl tumbler
- PPl tray where two 100 lt containers for HCl and HNO3 acids are stored.
- 2 Filter units on wheels with a compressed air diaphragm pump to transfer the solutions.
- Cementation unit.
- No. 1 Control panel
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• Increase productivity overnight with an automatic disc changing mill that offers 24-hour operation • Precision 5-axis milling of zirconia, wax, PMMA, composite resin, glass fiber reinforced resin, composite resin, pre-sintered chromium cobalt, and more • A 15-station Automatic Tool Changer for fast, efficient milling
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The industry’s best dental mill just got better with an all-new redesigned, upgraded spindle with 1.9× the gripping power for increased milling efficiency, expanded tool and material capabilities, and Intelligent Tool Control (ITC) • Precision 5-axis milling of zirconia, wax, PMMA, composite resin, glass fiber reinforced resin, pre-sintered chromium cobalt, and more • 15-station Automatic Tool Control and Intelligent Tool Control for uninterrupted milling operation
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Light-curing micro-hybrid composite with a ceramic portion of more than 73 % micro-fine ceramic. The composition supported by a filling organic polymer matrix strengthens the homogeneous structure and gives Ceramage ceramic-like properties. The material is applied for metal-supported as well as metal-free anterior and posterior restorations.
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A compact condenser designed for easy and reliable porcelain condensation during porcelain veneering of all-ceramic and metal-based restorations. Use of high frequency micro vibrations enhance condensation and ensure that the micro-fine particles are densely packed to prevent deformation of the layer structure.