Low-Temperature CO₂ Incubator

Dual heating and refrigeration control delivers higher temperature precision and stability. Adopting Peltier semiconductor refrigeration technology, it features high cooling efficiency, low power consumption and outstanding energy-saving and eco-friendly performance.

User-friendly Design

• Large color touchscreen displays all parameters on a single interface. Menu-based operation is intuitive and easy to use.
• The control panel is equipped with password lock to prevent misoperation, and supports timing function.
• The inner chamber and shelves are made of 304 stainless steel with rounded corners. Electrochemical treatment on the inner wall provides excellent corrosion resistance, inhibits bacterial growth, and facilitates long-term use as well as easy cleaning and disinfection.
  
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CO₂ Monitoring & Control System

• Adopts imported infrared (IR) CO₂ sensor for stable performance and long service life.
• Highly sensitive to CO₂ concentration changes, and free from interference from internal temperature and humidity fluctuations.
• Fast CO₂ recovery: After the door is kept open for 30 seconds and then closed, the CO₂ level can return to the preset 5% within 3 minutes, enabling rapid stabilization and uniform distribution of CO₂ inside the chamber.
  
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O₂ Concentration Control (Optional)

• Equipped with zirconia O₂ sensor featuring good linearity and long service life, achieving precise and stable O₂ regulation.
• O₂ control range: 1% to 90% (minimum 0.1%). It is applicable to hyperoxic, hypoxic and microaerobic culture.
  
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Temperature Control System

• High-precision Pt100 temperature sensors ensure accurate internal temperature.
• Six-sided heating prevents condensation inside the chamber and avoids bacterial contamination of cultures.
• An independent ambient temperature monitor automatically adjusts the heating system according to environmental changes to prevent temperature overshoot.
  
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Semiconductor Refrigeration (Peltier)

• This technology delivers high cooling efficiency and drastically cuts energy consumption. Its power consumption is reduced by over 85% compared with compressor refrigeration.
  
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Humidity Control

• Built-in humidity control system maintains precise and stable humidity inside the chamber.
  
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Anti-contamination Control 90°C High-Temperature & High-Humidity Sterilization System

• Performs thorough sterilization on the entire chamber, including temperature sensors, CO₂ sensors, fans, shelves and brackets. It eliminates bacteria, fungi, mycoplasma and other microorganisms to create a safe experimental environment.
• One-touch operation enables easy interior sterilization.
  
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HEPA Filter

• Standard built-in HEPA filter efficiently removes airborne bacteria and dust to keep the chamber clean at all times.
• Real-time filter life indicator on the control panel allows convenient status monitoring.
  
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Microbial Filter

• A microbial filter is installed at the CO₂ inlet. It achieves a filtration efficiency of 99.99% for particles ≥ 0.3μm, effectively removing bacteria and dust from incoming CO₂ gas.
  
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Reserved Test Port

• External detection sensors can be connected via the test port to monitor real-time temperature, CO₂ concentration, humidity and other parameters, ensuring reliable operational data.
  
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Safety Functions

• Alarms for abnormal high/low temperature, overtemperature and abnormal CO₂ concentration.
• Reminders for long door opening and ongoing sterilization.
• Heating and air circulation automatically stop when the door is opened to avoid temperature overshoot.
• Independent over-limit temperature alarm system cuts off heating automatically once the temperature exceeds the threshold, ensuring safe operation.
  
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Hierarchical Access Management

• Three access levels are available: Administrator, Operator and Guest.
• Data storage function with optional USB interface for data export.
  
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Data Recording & Fault Diagnosis Display (Optional)

• All recorded data can be downloaded to a computer via RS485 port. Historical data is available for quick fault diagnosis when malfunctions occur.
  
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Wireless SMS Alarm System (Optional)

• The system captures fault signals and sends SMS alerts to designated mobile phones in real time, enabling timely troubleshooting to minimize experiment losses.
  
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Electronic Signature Function (Optional)

• Supports real-time electronic signature based on current user login information. Printed reports show device ID, timestamp and other relevant information.
  
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Smart APP Control System (Optional)

• Fault alerts are pushed to mobile APPs instantly for timely maintenance.
• Users can remotely check equipment operating status anytime anywhere to improve overall utilization efficiency.