An anaerobic incubator providing for a consistently anaerobic and constant-temperature environment within an incubation jar for culture of root canal contents.
An anaerobic incubator providing for a consistently anaerobic and constant-temperature environment within an incubation jar for culture of root canal contents which comprises an incubator body, an open-top incubation jar disposed in said incubator body and comprising an outer cylindrical casing made of aluminum and, as fitted intimately therein, an inner cylindrical casing made of stainless steel, a planar heater disposed in intimate contact with the exterior surface of said outer cylindrical casing, and a temperature sensor mounted in the wall of said outer cylindrical casing. The anaerobic incubator of the invention does not require a time-consuming procedure particularly for changing water, is free from aging of heater and temperature sensor performances and provides for improved responsiveness and controllability of the incubation jar.
|TIME FOR CREATING ANAEROBIC STATE IN SAMPLE CHAMBER||< 5 MINUTES|
|TIME FOR CREATING ANAEROBIC STATE IN OPERATION CHAMBER||< 1 HR|
|ANAEROBIC ENVIRONMENT MAINTENANCE TIME||< 12 HRS (WHEN NO SUPPLY OF MIXED GAS)|
|CO2 CONTROL ACCURACY||+-0.1% (IMPORTED SENSOR)|
|HUMIDITY CONTROL RANGE||50-90%RH|
|POWER SUPPLY||AC 220V, 50HZ (CAN CUSTOMIZED)|
|INTERIOR CHAMBER SIZE (WXDXH)CM||42X29X47.5|
|OPERATION CHAMBER SIZE (WXDXH)CM||95X67X75|
|SAMPLING CHAMBER SIZE (WXDXH)CM||40X30X32|
|SHELL MATERIAL||ALL 304 STAINLESS STEEL|