What makes the VWR Symphony incubators reliable for cell cultures?
VWR Symphony incubators provide exceptional temperature stability with a temperature-conditioned water jacket, triple-wall insulation, and a non-corrosive stainless steel chamber. These features ensure consistent conditions even during power outages or ambient temperature changes, protecting cultures effectively.
How do these incubators minimize contamination risks?
The incubators offer optional in-chamber HEPA air filtration, which continuously circulates and cleans the air to reduce contamination. The stainless steel interior is easy to clean, and the removable shelves simplify maintenance.
What CO2 control options are available?
Customers can choose between models with thermal conductivity (TC) or infrared (IR) sensor-based CO2 control. IR sensors provide higher accuracy and stability in environments with frequent door openings.
Can these incubators be stacked to save space?
Yes, the VWR Symphony series supports dual-stack configurations, allowing users to maximize lab space while maintaining independent operation of each unit.
How easy is it to operate and monitor the incubator?
The incubators feature a user-friendly interface panel with touch-sensitive controls, making it simple to set and monitor conditions. The clear display ensures easy readability of temperature and CO2 levels.
Does the incubator maintain stable conditions during power outages?
Yes, the water-jacketed design helps maintain temperature stability during power interruptions, reducing the risk of culture loss.
Are the internal shelves adjustable?
Yes, the internal shelves are removable and adjustable, providing flexibility for different sample sizes and configurations.
What type of material is used for the chamber interior?
The chamber is made of high-quality, non-corrosive stainless steel, ensuring durability, easy cleaning, and resistance to contamination.
How does the insulation contribute to performance?
The triple-wall insulated construction enhances temperature uniformity and minimizes heat loss, ensuring a stable internal environment for cultures.