VITA VACUMAT® 6000 MP

Overview

VITA VACUMAT 6000 MP is built to guarantee safe and reliable pressing results. This combipress unit combines all the advantages of a modern firing and press furnace with a compact design that sets new standards. VITA VACUMAT 6000 MP features all the programs and functions of VITA VACUMAT 6000 M.

It can also be used to press all commercially-available press ceramics, and is suitable for a wide variety of muffle systems. The automatic detection of the number of pellets that have been used prevents any pressing errors or damage to the firing muffle as a result of an insufficient load (VITA PressControl).

Key Features

• A firing muffle with maximum durability ("Made in Germany") and reliable electronics for consistently excellent firing results
• Automatic prevention of condensation in the firing chamber (VITA AntiCon)
• Automatic temperature adjustment to +/-1 °C every time a program is started (VITA AutoAdjust)
• An automatic cleaning function (VITA SpecialClean)
• VITA CPress ceramic press technology developed by VITA that offers fault-free operation
• Automatic press path monitoring as well as automatic detection by VITA PressControl of the pressing pellets used
• Controlled fast cooling and energy-saving night mode
• Archiving and management of process data with the VITA Firing Data System (FDS)
• Operate up to four furnaces using just a single VITA vPad control unit
• Use the VITA MultiPump to supply up to four furnaces with just a single vacuum pump – a simply unique system, patented by VITA

The VITA vPad control element is required to operate the furnaces.

Technical Functions

• Service and monitoring programs, e.g. automatic temperature adjustment before every start of the program, temperature and vacuum control, counter for operating hours of firing muffles
• Power failure protection
• Adjustable vacuum values, adjustable pre vacuum and main vacuum
• Lift monitor, adjustable lift speed
• Freely adjustable lift positions for pre-drying and slow cooling
• Fast cooling to standby temperature