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Thermo Scientific Steri Cycle 370 CO2 Incubator
Temperature Accuracy
±0.25°C (35° – 99.9°C)
Temperature Range
+5°C above ambient to 50°C
Interior Volume
6.5 cu. ft. (184 liter)
- Precise CO2 control and temperature with direct-heat design
- High-temperature decontamination for convenience
- Temperature retention and quick recovery for critical cell cultures
- Maximum thermal protection and quick recovery from ambient temperature swings and power variations
- Patented in-chamber HEPA air filtration system for Class 100 cleanroom air quality
- On-demand 140°C sterilization cycle for simplified routine cleaning
- Fully tested to perform at factory specifications before shipping
- Includes 3 Shelves, Humidity Pan, New Hepa Filter, Calibration and Preventative Maintenance Report, Power Cord, Operator's Guide, and Full 180 Day Parts and Labor Warranty
The Thermo Scientific Steri Cycle 370 CO2 Incubator combines
precise CO2 control and temperature for a direct-heat design with convenient high-temperature decontamination. This incubator ensures temperature retention and quick recovery especially important for researchers working with critical cell cultures. The Thermo 370 CO2 incubator provides maximum thermal protection and quick recovery from swings in ambient temperature and power variations. The Thermo Scientific 370 also features a patented in-chamber HEPA air filtration system, which continuously filters chamber air every 60 seconds to reach Class 100 cleanroom air quality. Possible contaminants can also be eliminated with an on-demand 140°C sterilization cycle for simplified routine cleaning.
All of our equipment is fully tested to perform
at factory specifications before being shipped.
The Thermo Scientific Steri Cycle 370 CO2 Incubator includes:
- > 3 Shelves
- > Humidity Pan
- > New Hepa Filter
- > Calibration and Preventative Maintenance Report
- > Power Cord
- > Operator's Guide
- > Full 180 Day Parts and Labor Warranty
Thermo Scientific Steri Cycle 370 CO2 Incubator Specifications
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Temperature
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Control
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± 0.1°C Microprocessor PID Control
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Set point
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Digital - Touch pad, 0.1°C
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Range
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+5°C above ambient to 50°C
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Uniformity
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+0.3°C @ +37°C
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Tracking Alarm
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User Programmable (low) indicator
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Overtemp
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Tracking, user programmable, action, and indicator
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Display
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Digital, LED, 0.1°C increments
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Temperature Safety
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Type
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Extreme temperature safety, action, and indicator
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Sensor
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Thermostat, independent of temp control system
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Indicator
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Message center, audible and visual alarms
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Relative Humidity
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Control
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Humidity pan - natural vaporization
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Humidity with pan
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95% RH at 37°C
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display
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Optional 1% increments
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alarm
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Low RH with optional RH monitor
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CO2
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Control
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± 0.1% microprocessor PID control
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Sensor
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T/C or IR
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Readability
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0.1%
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Range
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0 to 20%
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Inlet pressure
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15psig (1 bar), ± 5 psig (0.3 bar)
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Display
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Digital LED, 0.1% increments
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- Inspect the display for any dim, flickering, or dead pixels, replacing any affected areas to maintain full readability and operational clarity
- Thoroughly examine external regulators for any signs of damage, wear, or malfunction (if applicable), replacing any compromised parts
- Inspect temperature, CO₂, and H₂O sensors (if applicable), ensuring each sensor is functioning correctly and accurately reporting conditions
- Conduct a detailed inspection of all internal wiring for frays, tears, or breakages; replace any compromised wires to ensure safe and reliable connections
- Verify that software settings align with the internal components and calibration specifications, adjusting configurations as needed for accurate operation
- Inspect and clean the fan, ensuring it is free from dust or obstructions; replace if performance is below required standards
- Examine wheels and leveling mounts for structural integrity, ensuring proper balance and stability for safe operation
- Inspect door gaskets and latches for any signs of wear or damage, replacing if necessary to maintain a secure seal and optimal environmental control
- Calibrate temperature accuracy at 37°C using a NIST-traceable probe, confirming it meets required tolerances
- Calibrate CO₂ level to 5% using a Fyrite combustion test kit (if applicable), ensuring precise atmospheric conditions
- Monitor temperature and CO₂ stability over a 24-hour period, verifying consistent operation within specified ranges
- Conduct a thorough cosmetic inspection to confirm all external surfaces and components meet quality standards, free from visible damage or wear
Technician Inspection and Recertification Checklist: Incubator
The Following Checklist Is to Be Performed on All Incoming and Outgoing Pieces of Equipment
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Task
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Completed?
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Remarks?
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Inspect display for dim, flickering, or dead pixels; replace for readability
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Completed
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Examine external regulators for damage or malfunction; replace compromised parts
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Completed
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Inspect temperature, CO₂, and H₂O sensors for correct function and accuracy
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Completed
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Inspect internal wiring for frays, tears, or breakages; replace compromised wires
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Completed
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Verify software settings align with components and calibration specs; adjust if needed
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Completed
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Clean fan and remove dust/obstructions; replace if performance is substandard
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Completed
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Examine wheels and leveling mounts for structural integrity and balance
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Completed
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Inspect door gaskets and latches for wear or damage; replace to maintain seal
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Completed
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Calibrate temperature at 37°C with NIST-traceable probe to confirm accuracy
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Completed
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Calibrate CO₂ level to 5% with Fyrite test kit for atmospheric precision
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Completed
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Monitor temperature and CO₂ stability over 24-hour period to verify consistency
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Completed
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Conduct cosmetic inspection to confirm quality of external surfaces and components
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Completed
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To View More of Our Recertification Protocol Click Here
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Good Incubator 
