About Carbon Dioxide Incubator
Specification of Carbon Dioxide Incubator ETS-56H
Inner chamber measuring 45 x 71 x 45 cm. made of stainless steel sheet. A full view inner glass door is provided along with outer double walled door provided with magnetic gasket. Inlet nozzle for Carbon Dioxide or Air mixture is also provided. Temperature range 5 C above ambient to 60 C 2 C. Complete with pressure gauge, inlet/outlet of air/gas, cord plug etc. Workable on 220 V AC 50 Hz single phase.
Optionals :
- Air compressor.
- Carbon Dioxide cylinder with rubber pipes.
Carbon Dioxide Incubator
- Automatic co2 incubator with microprocessor control volume 200 liters.
- Interior construction: type 304.
- Mirror finish.
- Stainless steel.
- Exterior: 18 gauge cold rolled steel.Outer door gasket: four sided. Moulded. Magnetic vinyl.
- Inner door gasket: removable feather edged, silicone.
- Temperature range: 5 C to above ambient to 55 C.
- CO2 range: 0-20 C.
- Tracking alarm for CO2 and temp.: user programmable high/low.
- Shelves: Dimension 470 x 470 mm
- Construction: stainless steel perforate electro polished.
Exceptional Environmental ControlAchieve precise control of temperature, humidity, and CO2 levels for optimal cell or tissue growth. The infra-red CO2 sensor and microprocessor digital controller ensure stable conditions within the chamber, which is further enhanced by the uniform internal LED illumination. Adjustable shelves and robust safety features add convenience and security for demanding laboratory procedures.
Designed for Laboratory EfficiencyWith a spacious 160-liter stainless steel inner chamber and powder coated steel exterior, this incubator is built for everyday lab use. The toughened glass and insulated outer doors offer excellent insulation while allowing easy observation. The user-friendly LCD display, internal LED lighting, and password protection make operation both simple and secure.
FAQs of Carbon Dioxide Incubator:
Q: How does the Carbon Dioxide Incubator maintain stable temperature and CO2 conditions?
A: The incubator utilizes a microprocessor digital controller paired with an infrared CO2 sensor to maintain temperature within 0.1C and CO2 levels from 0% to 20%. Audible and visual alarms alert users to any deviation, ensuring a controlled environment essential for sensitive cell culture work.
Q: What are the benefits of using an infrared (IR) CO2 sensor in this incubator?
A: Infrared CO2 sensors provide high measurement accuracy and quick response to changes in CO2 levels. This ensures reliable atmospheric regulation throughout cell culture processes, vital for consistent, reproducible research results.
Q: When should I refill the water tray to maintain optimal humidity?
A: Refill the water tray when humidity measurements start dropping below the desired level (up to 95% RH). Regular checks and top-ups, typically every few days depending on ambient conditions and chamber usage, help to ensure continuous, adequate moisture for cell cultures.
Q: Where can this incubator be used within a research or clinical setting?
A: The Carbon Dioxide Incubator is ideal for cell culture laboratories, tissue engineering facilities, and microbiology research environments. Its robust design and precision controls suit both academic and industrial research settings.
Q: What is the process for operating and securing this incubator?
A: Users operate the incubator via the large LCD digital display and microprocessor controls. For security, the device offers password protection, and alarms notify users of unsafe conditions such as temperature or CO2 deviation. The user manual provides step-by-step operational guidance for safe use.
Q: How do the adjustable shelves and lighting improve usability?
A: Three adjustable stainless steel shelves allow users to customize the chamber layout for various vessel sizes, while internal LED lighting ensures clear visibility for monitoring cultures, facilitating efficient workflow within the lab.
Q: What advantages do the safety features offer to laboratory users?
A: Audible and visual alarms, over-temperature and CO2 cut-off systems, and password protection ensure user awareness and chamber safety, reducing risk to valuable cell cultures and improving overall laboratory security.