Vita Vacumat 50 Upd «100% PREMIUM»

While vintage models like the Vacumat 50 continue to operate reliably in many classic boutique dental labs, modern workflows often seek digital integration.

The VITA VACUMAT 50 UPD is designed to fit compactly within a dental lab while offering powerful performance: Specification Height: 540 mm, Width: 350 mm, Depth: 365 mm Firing Chamber (Interior) Diameter: ≈ 96 mm, Height: ≈ 70 mm Weight Approximately 19 kg Power Consumption Max 1.5 kW Max Firing Temperature Vacuum Pump Requirement 230 V A.C., 50/60 Hz 4. The "Updated" (UPD) Advantage

The display provides real-time information on the current stage of the firing cycle, including vacuum status and temperature. Conclusion vita vacumat 50 upd

Ideal for firing VITA VM 7, VM 9, VM 11, and VM 13 veneering porcelains.

Achieving optimal translucency and strength in dental ceramics requires precise atmospheric control. The furnace features an intelligent vacuum control system that ensures the vacuum is drawn at the exact temperature specified in the program and released precisely when required. This prevents micro-porosities and bubbles in the porcelain, resulting in dense, highly stable restorations. Automated Temperature Calibration While vintage models like the Vacumat 50 continue

The automated lift system operates smoothly and quietly, preventing vibrations that could cause unfired, delicate ceramic structures to shift or collapse on the tray. Additionally, the pre-drying position can be precisely configured to allow moisture to escape gradually, preventing fracturing during the initial heating phase. Safety Protocols and Error Logging

The system offers a wide range of, and flexibility for, different firing, crystallization, and staining programs. 3. Detailed Technical Specifications Conclusion Ideal for firing VITA VM 7, VM

There, sitting on the tray, were the crowns. They glowed with a natural luster, no longer chalky, but smooth and glassy. The incisal edge had that perfect, translucent halo Clara needed.

The system achieves a highly stable, controllable vacuum. This atmosphere is critical for the optimal translucency and density of leucite, feldspathic, and lithium disilicate ceramics.

If you are planning to integrate this equipment into your lab, let me know: