Vita Vacumat 50 Upd May 2026
The Vita Vacumat 6000 M and its associated series, including the advanced firing units like the Vacumat 50 UPD, represent a standard in dental laboratory technology. These units are designed for high-precision firing of dental ceramics, ensuring aesthetic and structural integrity. Precision and Performance
At its core, the VACUMAT 50 is built for reliability and high-temperature accuracy. Reaching a maximum firing temperature of 1200°C, the unit features a high-quality quartz firing muffle and insulation materials that ensure uniform heat distribution. Its technical design prioritizes space efficiency for busy laboratories, with a compact footprint (approx. 35cm x 36.5cm) and integrated firing tray storage. Key technical features include: vita vacumat 50 upd
VITA VACUMAT 50 is a microprocessor-controlled dental firing furnace designed for all types of dental ceramic firings. It is characterized by its compact design and high firing accuracy, featuring 50 programmable slots for custom firing cycles. VITA Zahnfabrik Technical Specifications Dimensions: 540 mm (H) x 350 mm (W) x 365 mm (D). Firing Chamber: Interior diameter of 96 mm and height of 70 mm. Approximately 19 kg (excluding the optional vacuum pump). Temperature Range: Maximum firing temperature of 1200°C. Power Supply: 230V A.C., 50/60 Hz; maximum power consumption of 1.5 kW. Vacuum Pump: Typically uses a Type PM 2932 pump (230V, 50/60 Hz). VITA Zahnfabrik Key Controls and Functions The Vita Vacumat 6000 M and its associated
Pressing (e.g., IPS e.max, Vita PM)
- Good press results with minimal investment (no dedicated press furnace needed for low volume)
- Requires the pressing accessory (plunger, muffle stand) – sold separately
- Temperature control is precise enough for lithium disilicate (920–940°C range)
: The vacuum pump is connected via a dedicated socket (G) and nozzle (H) at the rear of the unit [1]. Standby Mode Good press results with minimal investment (no dedicated
Then, the cooling cycle. It was agonizingly slow, but necessary. Rapid cooling would introduce stress fractures. The Vacumat beeped softly, signaling the end of the program, but kept the door locked until the safe opening temperature was reached.