Zhichu CO₂ Shaking Incubators

Description

Key Features

• Integrated CO₂ Control — Precise CO₂ regulation maintains physiological conditions essential for mammalian cell culture viability and growth.
• Triple-Eccentric Drive System — Precisely counterbalanced drive imparts smooth, uniform motion to all flasks regardless of platform position.
• Servo Motor Technology — Ensures precise speed control and high-speed performance with exceptional stability.
• Comprehensive Safety Systems — Audible and visible alarms alert users to setpoint deviations; automatic heater shutoff prevents over-temperature conditions.
• Antibacterial Stainless Steel Interior — Rounded corners facilitate cleaning and prevent bacterial contamination.
• UV Sterilization — Built-in UV lamp maintains a sterile chamber environment.
• CFC-Free Refrigeration — High-quality, low-noise compressors with adjustable cooling capacity and timed defrosting for reliable low-temperature operation.

Benefits

• Optimize Cell Culture Conditions — Precise CO₂, temperature, and humidity control create the ideal physiological environment for cell growth and protein production.
• Eliminate Contamination Risks — Antibacterial stainless steel interior, rounded corners, and UV sterilization work together to maintain a sterile culture environment.
• Ensure Consistent Agitation — Triple-eccentric drive delivers uniform motion across all samples, eliminating position-dependent variability.
• Protect Sample Integrity — Automatic shutdown when door is opened prevents temperature and CO₂ disruption; non-volatile memory preserves experiment data after power interruption.
• Reduce Long-Term Costs — Energy-efficient CFC-free compressors and maintenance-free components lower operational expenses.

Applications

• Mammalian Cell Culture — Cultivation of CHO, HEK, and other cell lines for biopharmaceutical production.
• Microbial Fermentation — Bacterial and yeast fermentation for recombinant protein expression.
• Stem Cell Research — Maintaining pluripotent stem cells under controlled conditions.
• Vaccine Development — Optimizing growth conditions for vaccine production.
• Cancer Research — Culturing tumor cell lines for drug screening and mechanistic studies.