Vita Vacumat 50 Upd Online
The “UPD” (Upgraded) model brings:
If you already own a Vacumat 50 (non-UPD), the upgrade isn’t essential. But for a new purchase, the UPD is clearly better.
The Vita Vacumat 50 is a compact, programmable dental furnace used for firing:
It features programmable firing parameters (temperature, vacuum, hold time, heating rate).
| Feature | Vita Vacumat 50 UPD | Ivoclar Programat CS6 | VITA VACUMAT 6000 | |---------|---------------------|------------------------|--------------------| | Price (approx.) | $6,000–7,500 | $8,500–10,000 | $9,000–11,000 | | Touchscreen | No | Yes | Yes | | Max temp | 1,600°C | 1,600°C | 1,600°C | | Preset programs | 100+ | 200+ | 300+ | | Zirconia sintering | Yes (slow) | Yes (slow) | Better optimized | | Service cost | Moderate | High | Moderate | | Best use | General ceramic + press | All-round + pressing | High-end ceramic |
If you are shopping used dental equipment, you will often see the "VITA VACUMAT 50" (non-UPD) for a lower price. However, the UPD version is worth the premium for two reasons:
The rain hammered against the windows of the laboratory, a rhythmic drumming that usually soothed Elias. But tonight, Elias wasn't listening to the rain. He was staring at the digital display of the Vita Vacumat 50 UPD, his breath held tight in his chest.
In the world of dental ceramics, there are two types of technicians: those who just "cook teeth," and those who perform alchemy. Elias was the latter. But even an alchemist needs a perfect vessel.
The patient was a young woman named Clara. A car accident had shattered her front teeth, and along with them, her confidence. She didn't just need crowns; she needed her smile back. The shade was elusive—a complex blend of A2 with a subtle translucency at the edge that was notoriously difficult to capture. If the temperature was off by a single degree, or if the vacuum pressure fluctuated during the critical firing cycle, the ceramic would turn cloudy or shrink, and the illusion would be ruined.
"Alright, old friend," Elias whispered, wiping a smudge from the Vita Vacumat’s sleek, square control panel. "One more time."
He placed the delicate porcelain crowns onto the firing tray. They looked innocent enough—chalky and dull—but inside them lay hours of layering, staining, and microscopic adjustments.
Elias punched in the parameters. This was where the Vacumat 50 UPD earned its keep. In the old days, he would have had to watch a dial and guess at the temperature rise. But this machine was different. It was the UPD model—the "Universal Press and Drying" evolution. It was smart.
He initiated the program. The heavy muffle door slid shut with a reassuring thunk.
Inside the chamber, the magic began. The machine wasn't just heating up; it was thinking. It ramped the temperature up with precision, holding at the pre-drying phase to ensure no moisture remained trapped in the porcelain. A single bubble of steam would have cracked the crown like an egg.
On the display, the numbers climbed. 400°C... 600°C...
Elias watched the vacuum indicator. This was the moment of truth. The Vacumat 50 engaged its vacuum pump, sucking the air out of the chamber. This pressure differential forced the porcelain particles to fuse densely, eliminating porosity. It was the difference between a dull, lifeless tooth and one that mimicked the vitality of natural enamel. vita vacumat 50 upd
800°C...
The holding phase began. Inside the darkened muffle, the ceramic reached its glass transition point. The machine held the temperature steady, allowing the surface tension to smooth the layers into a seamless, gem-like structure.
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.
When the finally released, a wave of warm air brushed Elias’s face. He peered inside.
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.
Elias picked one up with his tweezers, holding it against the light. He squinted. No bubbles. No cracks. The shade was spot on. The vacuum had done its job perfectly, compressing the structure so the light refracted exactly as it should.
He sat back, the tension leaving his shoulders. The Vita Vacumat 50 UPD sat quietly in the corner of the lab, its cooling fan humming softly, ready for the next job. It was just a machine—a box of wires and heating elements—but to Elias, it was the guardian of his art.
Two days later, Clara sat in the dentist's chair. When the dentist cemented the crowns in and handed her the mirror, she didn't speak for a long moment. She just smiled. It was a smile that matched her eyes, thanks to the hands of a technician and the precision of a machine that knew exactly what it was doing.
The VITA VACUMAT 50 is a classic, high-performance porcelain firing furnace designed for dental laboratories to process various types of dental ceramics. It is recognized for its reliability, precision, and ease of use in daily clinical and laboratory settings. Key Technical Specifications
Firing Chamber: Features a maximum temperature of 1200°C with a usable interior space of approximately 96 mm in diameter and 70 mm in height.
Dimensions & Weight: 540 mm (H) x 350 mm (W) x 365 mm (D), weighing roughly 19 kg (excluding the optional vacuum pump).
Power Supply: Compatible with 230V A.C. (50/60 Hz) with a maximum power consumption of 1.5 KW.
Programs: Includes 50 customizable firing programs to accommodate different ceramic materials. Notable Features
Precision Control: Offers high-quality temperature management with accuracy maintained at +/- 1°C.
Automation: Includes an automatic standby mode (adjustable between 200°C – 800°C) and condensation prevention cycles to protect the insulation material. The “UPD” (Upgraded) model brings:
Service Programs: Features integrated monitoring, such as an operating hours counter for the firing muffle and calibration routines like the silver test.
Vacuum System: Designed to work with an optional vacuum pump (e.g., Type PM 2932) to ensure high-quality, bubble-free firing of porcelain. Operating Highlights
Startup: Requires a minimum clearance of 25 cm from walls for ventilation.
Standby: After powering on, the furnace automatically heats to a factory-set or user-defined standby temperature before being ready for use.
Maintenance: To maintain performance, the lift guide rails should be wiped regularly with a dry cloth, and the O-ring on the lift support plate should be cleaned with a damp cloth.
For those looking to source replacement parts or manuals, official documentation is often hosted on the VITA Zahnfabrik Media Database. VITA - Vacumat 50
The VITA Vacumat 50 (including the UPD variant) is a legacy vacuum firing furnace developed by VITA Zahnfabrik, a company with a century-long history in dental innovation. Primarily used in dental laboratories, this furnace is designed for the high-precision firing of dental ceramics, such as metal-ceramics and all-ceramic restorative materials. Core Technical Specifications
The Vacumat 50 is characterized by its robust build and dependable heating technology. Key technical data includes:
Temperature Range: Capable of reaching a maximum firing chamber temperature of 1200°C.
Chamber Dimensions: The interior firing space features a diameter of approximately 96 mm and a height of 70 mm.
Power & Electrical: Operates on 230V AC (50/60 Hz) with a maximum power consumption of 1.5 kW.
Physical Build: The unit weighs approximately 19 kg and has external dimensions of roughly 540 mm (H) x 350 mm (W) x 365 mm (D).
Programming: The device typically supports up to 50 individual firing programs, allowing technicians to store custom protocols for different ceramic materials. Operational Features
The "UPD" designation in VITA's older lineup often referred to "Microprocessor-controlled" or updated electronic units designed for specific regional markets or technical standards.
Vacuum Integration: To achieve the necessary density and translucency in dental porcelain, the furnace requires an external vacuum pump (such as the PM 2932 type). If you already own a Vacumat 50 (non-UPD),
Thermal Control: High-quality electronics ensure safe control of temperature ramps and cooling phases, which is critical for preventing cracks in ceramic restorations.
Maintenance: The system includes internal diagnostics, such as an automatic temperature adjustment and standby modes (ranging from 200°C to 800°C) to keep the chamber dry and ready for use. Modern Successors
While the Vacumat 50 remains in use in some labs, it has largely been superseded by the VITA VACUMAT 6000 series. Newer models, such as the VACUMAT 6000 M, offer enhanced features: Furnaces, May 2015 - VITA Zahnfabrik
The VITA Vacumat 50 is a microprocessor-controlled porcelain furnace tailored for precise dental ceramic firing, featuring 50 customizable programs and a maximum temperature of 1200°C. Designed for reliability, the unit includes integrated vacuum functions and a standby mode for immediate use, requiring 25 cm of wall clearance for proper ventilation. For more details, visit VITA North America Download Center. VITA Vacumat 50 buy on Bimedis
The VITA VACUMAT 50 is a classic vacuum furnace designed for the dental laboratory, primarily used for firing all common dental ceramic materials. Core Functionality The Vacumat 50
is an electronically controlled furnace that provides high-precision firing cycles. Its primary controls include:
Power Management: A standard ON/OFF power switch for daily operation.
Slow Cooling: A specialized "Slow Cool" feature that activates a controlled cooling phase once a firing cycle is complete to prevent thermal shock to the ceramic.
Lift Control: A motorized firing tray lift for smooth entry and exit of restorations from the heating chamber. Technical Features
While newer models like the VITA VACUMAT 6000 M have largely superseded it in modern labs, the Vacumat 50 is known for its:
Vacuum System: Capable of creating a consistent vacuum for dense, bubble-free ceramic structures.
Interface: Simple push-button controls for setting parameters like temperature, holding time, and vacuum levels. Support and Documentation
For technical specifications and operating procedures, you can refer to the following official resources:
Operating Manuals: Detailed manuals covering the controls, displays, and technical specs are available through sources like Scribd and VITA's MAM portal.
Maintenance: Regular maintenance often involves checking the firing tray and vacuum pump seals to ensure consistent results. VITA - Vacumat 50
This device is a vacuum mixer used primarily in dental technology for the bubble-free mixing of plasters, investment materials, and silicones.
Here is a summary of the most useful information regarding this device, derived from its technical documentation and user manuals: