VWR Symphony CO₂ Incubator with Thermal Conductivity Sensor and High-Heat Sterilization

The VWR Symphony CO₂ Incubator is engineered for reliable cell culture with precise environmental regulation, suited for biotechnology, molecular diagnostics, and live-cell imaging applications. This air-jacketed incubator features a 5.3 cu.ft (150 L) stainless steel chamber designed for cleanability and corrosion resistance, supporting bioprocessing workflows with adaptable, tool-free shelving for various flasks, plates, and culture vessels.

Key technical features include:

• Temperature range: Ambient +3°C to 55°C with ±0.1°C stability and ±0.6°C uniformity at 37°C, ensuring stable chamber conditions critical for sensitive tissue culture and synthetic biology research.
• CO₂ control: Adjustable from 0 to 20% via a reliable thermal conductivity sensor, optimizing environments for molecular cloning workflows and cellular assays.
• Sterilization cycle: High-heat decontamination at 90°C for 25 hours with increased humidity allows liquid-free internal sterilization, reducing contamination risks in multi-user and shared lab settings.
• Dimensions: Internal 18x19x24”, external 26x27x75” (stacked configuration), weighing 320 lbs, suitable for typical laboratory benchtop or stackable setups.
• Electrical requirement: 120V, 50/60Hz, 5.2A per unit (10.4A total for double-stacked models).

Designed to maintain consistent temperature and CO₂ levels even after door openings, this incubator supports critical applications in clinical diagnostics, biotechnology, and biomanufacturing pipelines. Its robust construction and straightforward controls make it widely adopted in research and teaching laboratories requiring dependable cell culture environments without complex operational overhead.

Included accessories comprise temperature validation reports, shelves, user manual, and power cords. The VWR Symphony CO₂ Incubator is a reliable solution for biotechnologists and researchers focused on contamination control, bioprocessing efficiency, and stable cell culture conditions.