The Wincom Carbon Dioxide (CO2) Incubator is a premium-grade laboratory environmental chamber engineered to cultivate delicate biological samples, mammalian cells, and tissue cultures. By establishing a high-precision equilibrium of constant temperature, precise CO2 gas concentrations, and elevated relative humidity, it perfectly mimics in-vivo physiological conditions. Equipped with advanced sensor tracking and contamination defense matrices, this chamber is highly specified for cancer research, stem cell therapy, genetic engineering, IVF applications, and advanced immunology studies.

Technical Specifications

• Equipment Type: Precision Laboratory CO2 Cell Culture Incubator

• CO2 Concentration Control Range: 0% to 20% with ultra-stable precision control

• CO2 Sensor Technology: High-accuracy Infrared (IR) Sensor or Thermal Conductivity (TC) Sensor with auto-zero calibration

• Temperature Control Range: Ambient +5°C to 50°C (or 60°C) with ±0.1°C resolution

• Heating Configuration: Advanced Water-Jacket or Direct Air-Jacket heating system to prevent condensation

• Humidity Retention Matrix: Natural vaporization via a bottom water pan, maintaining 95% Relative Humidity (RH)

• Interior Chamber Material: Mirror-polished, seamless SUS304 stainless steel with smooth coved corners

• Controller System: Intelligent Microprocessor PID logic controller with a bright digital LCD touchscreen panel

• Sterilization Protocol: Integrated high-temperature dry heat or UV light decontamination cycle

Key Features

• Rapid CO2 Sensor Recovery: Outfitted with a premium, drift-free sensor that measures gas density independently of temperature shifts, ensuring immediate CO2 volume recovery to set parameters after routine door openings.

• Homogeneous Climate Distribution: Utilizes a gentle, low-velocity fan circulation framework that spreads heat and gas evenly throughout all shelf levels without causing cell desiccation or fluid disturbances.

• Multi-Tier Contamination Protection: Features a seamless interior shell with copper-alloy shelving options and an automated sterilization cycle, eliminating bacteria, fungi, and mycoplasma spores between research batches.

• Smart Dual-Door Viewing System: Built with a heated outer door to block external drafts and a separate, tempered inner glass viewing pane, allowing technicians to inspect cell flasks without introducing atmospheric air.

• Advanced Alarm and Logging Interface: Programmed with comprehensive safety alerts for over-temperature spikes, gas supply depletion, and prolonged door-ajar conditions, securing valuable and irreplaceable cell lines.

Primary Applications

• Mammalian and Human Cell Culture: Growing and maintaining healthy cell lines, hybridomas, and primary tissues for pharmaceutical testing and vaccine development.

• Stem Cell and Regenerative Medicine: Cultivating undifferentiated stem cells under strict embryonic or physiological gas pressures for clinical engineering.

• In-Vitro Fertilization (IVF): Providing an uncompromised, stable growth footprint for delicate mammalian oocytes and embryos during early-stage development cycles.

• Cancer and Virological Research: Evaluating tumor cell behaviors, drug interactions, oncology profiling, and virus replication models under completely standardized environments.