The VWR® Premium CO₂ incubators are suitable for routine cell cultivation applications in the field of cell production, particularly in academic settings. They are contamination proof due to the 180 °C hot air sterilization cycle and feature highly pH stable conditions thanks to drift-free infrared CO₂ measurements conducted in real time.
- Reliable anti-contamination concept with 180 °C hot air sterilization
- Humidification system with condensation protection
- Internal data logger, measured values can be downloaded in open format via USB
- Tightly closing inner door made of safety glass
- Seamless stainless steel inner chamber
- Perforated shelves made of stainless steel
- Troubleshooting system with visual and acoustic alarms
Cell cultures are always kept safe because all cultures receive maximum protection against contamination. Constant conditions for the cells well-being ensure the reliability of the incubation process.
The VWR® Premium CO₂ incubators are characterized by their convenient operation, highlighting the smart and simple routine cleaning.
Due to the fanless design of the VWR® Premium CO₂ incuabators, the units can be operated without the need for consumables. These details makes the units highly economical.
Product highlights are the CO₂ gas mixing jet with Venturi effect and the CO₂ sensor with infrared technology. Both together ensure fast achievement of the required gas concentration and in addition stable conditions.
Product highlights are the CO₂ gas mixing jet with Venturi effect and the CO₂ sensor with infrared technology. Both together ensure fast achievement of the required gas concentration and in addition stable conditions.
For optimal user comfort, the units can be stacked with stacking adapters. A kit consisting of two VWR® Premium CO₂ incubator, a roller base and a stacking adapter is configured for direct order.
Certifications: UL certified.
Delivery information: Supplied with two stainless steel racks. A wide range of options and accessories are available, these must be ordered separately.