Encapsulated blower motor eliminates the high maintenance necessary for through the vessel shaft sealing.
Proprietary blower motor design allows operation at any combination of pressure and temperature.
Engineered circulating fan assures excellent heat transfer to the load and exceptional temperature uniformity.
Proprietary method of placing and securing insulation minimizes heat loss through the pressure vessel and minimizes operating costs.
Location of typical electrical heating unit is shielded by cooling coil to prevent radiant heating of load.
Cooling coil is a single pass heat exchanger designed for precise temperature control with ample provisions for thermal expansion to minimize thermally induced stresses and failure.
“Man-Inside” emergency alarm cables are provided on larger autoclaves which allows operator to completely disable all autoclave sub-systems. It requires autoclave door to be opened to reset the alarm.
Load track and floor is designed to allow for thermal expansion yet provide full structural support.
ASME approved safety relief valve and rupture disc are provided on separate vessel penetrations to assure independent and safe operation. Many other redundant safeties are incorporated to assure operator and equipment protection.
Most vessel penetrations, such as vacuum, thermocouple and cooling are built into removable and replaceable ANSI flanges. This allows easy modification or repairs without compromising the structural integrity of the vessel.

Encapsulated blower motor eliminates the high maintenance necessary for through the vessel shaft sealing.
Proprietary blower motor design allows operation at any combination of pressure and temperature.
Engineered circulating fan assures excellent heat transfer to the load and exceptional temperature uniformity.
Proprietary method of placing and securing insulation minimizes heat loss through the pressure vessel and minimizes operating costs.
Location of typical electrical heating unit is shielded by cooling coil to prevent radiant heating of load.
Cooling coil is a single pass heat exchanger designed for precise temperature control with ample provisions for thermal expansion to minimize thermally induced stresses and failure.
“Man-Inside” emergency alarm cables are provided on larger autoclaves which allows operator to completely disable all autoclave sub-systems. It requires autoclave door to be opened to reset the alarm.
Load track and floor is designed to allow for thermal expansion yet provide full structural support.
ASME approved safety relief valve and rupture disc are provided on separate vessel penetrations to assure independent and safe operation. Many other redundant safeties are incorporated to assure operator and equipment protection.
Most vessel penetrations, such as vacuum, thermocouple and cooling are built into removable and replaceable ANSI flanges. This allows easy modification or repairs without compromising the structural integrity of the vessel.