Results You searched for: CO2 Incubators Results Displayed: 1 - 2 of 2
PHCbi IVF Laboratory Incubators
PHCbi model MCO5AC CO2 incubator features patented Direct Heat and Air Jacket temperature control for accurate, uniform temperature control and inCu-saFe® copper-enriched stainless steel interior for continuous contamination control. PHCbi laboratory CO2 incubators feature selected SafeCell UV with exclusive Active Background Contamination Control.
Panasonic model MCO5M CO2/O2 incubator employs multiple sensor technologies to achieve in vitro simulation of the in vivo environment.
InCu-saFe® Interior: Superior contamination control with an anti-bacterial copper alloy stainless steel interior provides germicidal protection and helps eliminate molds, spores and other contaminating spills, kills mycoplasma and provides a noncorrosive environment.
P.I.D. Control Sophistication: Proportional, integral and derivative infrared CO2 control accelerates recovery and prevents overshoot.
High Performance in vitro Modeling: Stable temperature, humidity and CO2 density are achieved through a combination of performance systems supervised by a centralized microprocessor controller complete with alarm, programming, calibration and diagnostic protocols exportable to remote database.
Zirconia O2 Control (MCO5M and MCO5MUV): Non-depleting design for precise O2 control with fast response to door openings. The maintenance-free zirconia solid-state sensor has a high degree of precision, a long service life and does not require fine adjustment. Through accurate determination of the chamber O2 level the microprocessor injects either nitrogen gas or oxygen as required.
Direct Heat and Air Jacket Control: Patented, radiant-wall heating microprocessor controlled in three zones to maintain uniformity and optimum humidity. Unlike traditional water jacket units, the sealed air jacket and foam insulation maintains a uniform temperature and quick temperature recovery after door openings. Air jacket technology requires little maintenance and provides a lightweight unit for easier relocation or repositioning for cleaning.
Inner Doors: Multiple chamber inner doors minimize loss of balanced interior atmosphere during routine door openings (on selected models).
O2 Control (MCO5M): Zirconia sensor with P.I.D./R recovery
Model
Exterior Dimensions (W x F-B x H)
Weight
MCO5AC
18.9" x 21.6" x 22.4" (480 x 548 x 568 mm)
110 lbs (50 kg)
MCO5M
18.9" x 21.6" x 22.4" (480 x 548 x 568 mm)
110 lbs (50 kg)
Electrical requirements: 115V, NEMA 5 -15
PHCbi IVF Laboratory Incubators
PHCbi model MCO5AC CO2 incubator features patented Direct Heat and Air Jacket temperature control for accurate, uniform temperature control and inCu-saFe® copper-enriched stainless steel interior for continuous contamination control. PHCbi laboratory CO2 incubators feature selected SafeCell UV with exclusive Active Background Contamination Control.
Panasonic model MCO5M CO2/O2 incubator employs multiple sensor technologies to achieve in vitro simulation of the in vivo environment.
InCu-saFe® Interior: Superior contamination control with an anti-bacterial copper alloy stainless steel interior provides germicidal protection and helps eliminate molds, spores and other contaminating spills, kills mycoplasma and provides a noncorrosive environment.
P.I.D. Control Sophistication: Proportional, integral and derivative infrared CO2 control accelerates recovery and prevents overshoot.
High Performance in vitro Modeling: Stable temperature, humidity and CO2 density are achieved through a combination of performance systems supervised by a centralized microprocessor controller complete with alarm, programming, calibration and diagnostic protocols exportable to remote database.
Zirconia O2 Control (MCO5M and MCO5MUV): Non-depleting design for precise O2 control with fast response to door openings. The maintenance-free zirconia solid-state sensor has a high degree of precision, a long service life and does not require fine adjustment. Through accurate determination of the chamber O2 level the microprocessor injects either nitrogen gas or oxygen as required.
Direct Heat and Air Jacket Control: Patented, radiant-wall heating microprocessor controlled in three zones to maintain uniformity and optimum humidity. Unlike traditional water jacket units, the sealed air jacket and foam insulation maintains a uniform temperature and quick temperature recovery after door openings. Air jacket technology requires little maintenance and provides a lightweight unit for easier relocation or repositioning for cleaning.
Inner Doors: Multiple chamber inner doors minimize loss of balanced interior atmosphere during routine door openings (on selected models).
InCu-saFe® Interior: Superior contamination control with an anti-bacterial copper alloy stainless steel interior provides germicidal protection and helps eliminate molds, spores and other contaminating spills, kills mycoplasma and provides a noncorrosive environment.
P.I.D. Control Sophistication: Proportional, integral and derivative infrared CO2 control accelerates recovery and prevents overshoot.
High Performance in vitro Modeling: Stable temperature, humidity and CO2 density are achieved through a combination of performance systems supervised by a centralized microprocessor controller complete with alarm, programming, calibration and diagnostic protocols exportable to remote database.
Zirconia O2 Control (MCO5M and MCO5MUV): Non-depleting design for precise O2 control with fast response to door openings. The maintenance-free zirconia solid-state sensor has a high degree of precision, a long service life and does not require fine adjustment. Through accurate determination of the chamber O2 level the microprocessor injects either nitrogen gas or oxygen as required.
Direct Heat and Air Jacket Control: Patented, radiant-wall heating microprocessor controlled in three zones to maintain uniformity and optimum humidity. Unlike traditional water jacket units, the sealed air jacket and foam insulation maintains a uniform temperature and quick temperature recovery after door openings. Air jacket technology requires little maintenance and provides a lightweight unit for easier relocation or repositioning for cleaning.
Inner Doors: Multiple chamber inner doors minimize loss of balanced interior atmosphere during routine door openings (on selected models).
