Touchscreen Controller: Intelligent & Intuitive
The CellVita Series features a high-resolution, user-centric touchscreen controller that delivers
exceptional visual clarity and intuitive menu navigation. The capacitive touchscreen is optimized for rapid
response even when operated with laboratory gloves.

Temperature Control: Uniformity You Can Trust
In cell culture, consistency is everything. Powered by a PID-controlled six-sided air-jacketed heating system,
CellVita Series delivers an outstanding temperature uniformity of ±0.35°C across the entire chamber.

- Zero Cold Spots: Continuous, even distribution of warmth from all six sides.
- Rapid Recovery: Advanced air-jacket technology ensures swift recovery after door openings.
- Optimal Cell Health: Minimizes environmental fluctuations to secure batch-to-batch reproducibility.
Upgrade to CellVita—where uniform warmth meets uncompromised cell health. Empower your next breakthrough with precision.
CO2 Control: Accuracy Meets Convenience
Unmatched Precision
Engineered for sensitive cell cultures, the CellVita Series utilizes a state-of-the-art Infrared (IR) CO₂ sensor that
delivers ultra-precise concentration management with a control precision of ±0.1%.
Sensor Key Features
- NDIR dual beam technology
- Temperature and pressure compensated
- Heat-sterilizable up to 190° C
- Long lifetime
- Humidity correction
Effortless Convenience
- 180°C High-Heat Resistance: The robust IR sensor remains in situ during the sterilization cycle—no
manual removal required, eliminating handling errors & potential contaminations.
- Recalibration-free: Integrated temperature and humidity compensation ensures the sensor retains
factory-grade precision. No recalibration is needed after sterilization.
Advantages Over TC Sensors
Unlike traditional thermal conductivity (TC) sensors, this sophisticated optical IR sensor remains entirely
unaffected by temperature and humidity fluctuations inside the chamber. This guarantees significantly shorter
recovery times after door openings and maintains a uniform stability for sensitive cultures. By keeping CO₂ boundaries strictly controlled, it actively prevents stressful pH shifts in culture media, protecting overall cell viability.