7" multi-color touch screen panels store the last 100 cycles in built-in memory
Multiple access levels and user passwords for added security
Diagnostic In/Out test enables checking each system component separately
USB Ports, Ethernet and Internal battery backup
Optional features include isothermal cycle for low temperature disinfection, software control and remote monitoring via R.PC.R. software
Dimensions (W x H x D)
508mm x 508mm x 970mm
Chamber Volume
250 Liter
Electrical Supply
Three phase or one phase electrical power supply is available
Steam Generator Power
27 kW
Standards and directives
Pull-Out Trays
Stainless steel trays equipped with rails for easy loading and unloading.
Loading Carts and Transfer Carriages
The loading cart rolls from the transfer carriage onto the chamber tracks for easy handling of heavy loads. The carriage is equipped with swivel wheels, maximizing mobility in limited space. The wheel breaks prevent the carriage from rolling and the loading cart is equipped with a lock that prevents it from sliding.
Automatic Loader
Designed for loading/unloading. The control of the loader is integrated with the control of the autoclave.
The AquaMinimal Radiator reduces tap water consumption by as much as 50%, with a powerful radiator system that cools and re-circulates water used by the autoclave.
Most water consumption of an autoclave takes place during effluent cooling via a heat exchanger and during vacuum-pump cooling when generating a vacuum in the chamber. Tuttnauer’s water saving systems reduces the water usage during effluent cooling and vacuum generation thereby making efficient use of water.
The AquaMinimal Radiator reduces tap water consumption by as much as 50%, with a powerful radiator system that cools and re-circulates water used by the autoclave.
Most water consumption of an autoclave takes place during effluent cooling via a heat exchanger and during vacuum-pump cooling when generating a vacuum in the chamber. Tuttnauer’s water saving systems reduces the water usage during effluent cooling and vacuum generation thereby making efficient use of water.
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