Automatic lid opening and closing system
The lid can be opened / closed just by pressing the switch. Operators can work safely and smoothly without approaching their hands to the chamber opening when opening / closing the lid.
The lid can be opened / closed just by pressing the switch. Operators can work safely and smoothly without approaching their hands to the chamber opening when opening / closing the lid.
Electro-mechanical lid lock system Ⅱ
Inside the body there are several high rigid sliders which interlock in the circumferential direction.
The electro-mechanical lid lock system Ⅱ employs the automatic slide lock method that is able to securely lock the lid by engaging the sliders with the guides provided around the lid.
Inside the body there are several high rigid sliders which interlock in the circumferential direction.
The electro-mechanical lid lock system Ⅱ employs the automatic slide lock method that is able to securely lock the lid by engaging the sliders with the guides provided around the lid.
Dual interlock mechanism
The lid is locked by dually detecting the chamber pressure and chamber temperature during operation.
The lock state is maintained even if an operation is manually interrupted.
The lid is locked by dually detecting the chamber pressure and chamber temperature during operation.
The lock state is maintained even if an operation is manually interrupted.
Lock release temperature setting
The lid lock release temperature can be set for every mode and memory number within the the range of 60℃ to 97℃.
The lid lock release temperature can be set for every mode and memory number within the the range of 60℃ to 97℃.
Forced cooling unit
After sterilization, the chamber pressure is lowered by cooling with a fan to shorten the time to unloading.
After sterilization, the chamber pressure is lowered by cooling with a fan to shorten the time to unloading.
Dual detection system for residual air
The residual air which may cause sterilization failure is dually detected to always maintain the appropriate sterilization conditions for loads. ※The residual air is detected at the process before pressurization (during operation of an air removal timer) and at the process of pressurization air exhaust.
The residual air which may cause sterilization failure is dually detected to always maintain the appropriate sterilization conditions for loads. ※The residual air is detected at the process before pressurization (during operation of an air removal timer) and at the process of pressurization air exhaust.
Exhaust level setting
An exhaust level can be selected from four levels.
Fine exhaust can be performed automatically, and fine exhaust adjustment is possible even in exhaust.
An exhaust level can be selected from four levels.
Fine exhaust can be performed automatically, and fine exhaust adjustment is possible even in exhaust.
Condensation treatment of steam to reduce unpleasant steam emissions
The steam emitted at exhaust is condensed by a water-cooling unit.
The steam containing unpleasant odors, discharged into the room is reduced.
The steam emitted at exhaust is condensed by a water-cooling unit.
The steam containing unpleasant odors, discharged into the room is reduced.
Air removal time setting
The air removal time that is effective for sterilization of Durham tubes etc. can be set.
The air removal time that is effective for sterilization of Durham tubes etc. can be set.
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