LEEC CO2 Incubators Research Range
Product Details
LEEC Research and standard CO2 incubators set advanced standards in performance and freedom from contamination. The two Research models have the added benefit of a high temperature decontamination facility (95°C).
- Advanced microprocessor control system
- Bright LED displays for temperature and CO2
- Comprehensive alarm system
- Built in cooling coil for use with an external LEEC cooler unit
- 95°C decontamination facility (GA2000 and GA3000)
- 150 or 320 litre chamber capacities
ADVANCED MICROPROCESSOR CONTROL
The specially developed microprocessor controller gives the user day to day control over all alarm settings, alarm delay and calibration adjustment. These settings are protected by an anti-tampering procedure. Sensors placed within key areas of the chamber constantly monitor and enable the control system to optimise temperature and CO2 levels. After door opening, the culture conditions quickly recover without overshooting, and stable control is maintained. Profiled heating, a technique developed by LEEC, eliminates all risk of "hot-spots".
LEEC GA CO2 incubators (regardless of age) can become cooled CO2 incubators when connected to a LEEC self contained recirculating cooler unit.
ACTIVE CONTAMINATION CONTROL
All models have fan assisted uni-directional airflow in the chamber, an in-line HEPA filter and an ultra smooth stainless steel chamber with rounded corners. Indirectly heated inner glass door(s) remain condensation free. These features all help to reduce the risk of contamination. The two Research models (GA2000 and GA3000) also have a high temperature decontamination facility (95°C) which is operated by a key. User experience has shown high temperature to be especially effective in eliminating culture contamination.
IN-VIVO SIMULATION
The LEEC designed multi-function microprocessor control system combined with fan assisted airflow ensures that temperature and CO2 stabilities (typically <±0.2°C and <±0.2%) are maintained to the tightest tolerances in order to give optimum "in-vivo" simulation.
