Constant-Temperature Incubator

Microcomputer-based smart temperature controller.

LCD displays the set temperature and the temperature inside the box. It has parameter memory for protection against power outages, freezes, and data loss, and a call recovery function. It has over-temperature, sensor failure, electricity leakage, over-current protection, sound and light alarm functions, and a timing function.

Separate temperature limiting and alarming system, automatic suspension in time of exceeding temperature limit (optional).

UV sterilizing system (optional).

Capable of being connected with printer or computer, recording variations of temperature parameters (optional).

Double door (optional).

1.CO₂ Incubators (Cell Culture Series)
Application: Mammalian cell culture, tissue engineering, IVF labs
Temp Range: +5℃ to +50℃ (±0.1℃ stability)
CO₂ Control: 0-20% (IR sensor accuracy ±0.1%)
Sterilization: 145℃ hot air auto-decontamination cycle

2.Biochemical Incubators (Multi-Purpose Series)
Application: Microbial cultivation, fermentation studies, plant growth
Temp Range: +10°C to +70°C (±0.2°C uniformity)
Humidity Control: 30-95% RH (optional)
Capacity: 150L to 600L chamber options

3.Refrigerated Incubators (Hybrid Series)
Application: Pharmaceutical stability testing, seed storage
Temp Range: -10°C to +80°C (rapid cooling at 3°C/min)
Lighting: Adjustable LED growth lights (0-20,000 lux)

4.Shaking Incubators (Dynamic Culture Series)
Orbit Diameter: 25/50mm selectable
Speed: 30-300 rpm (digital control ±1%)
Load Capacity: Up to 5kg flask systems

Smart Control System
7" HMI touchscreen with 99 protocol memories
Real-time graphing of temp/humidity/CO₂ trends
Remote monitoring via Wi-Fi/RS-485

Advanced Thermal Management
Triple -

1、Cell Culture & Tissue Growth
Maintain controlled environments (temperature, CO₂, humidity) for culturing cells, tissues, or microorganisms in biological research and biotechnology.
Example: Lab incubators support studies on cell proliferation, drug testing, and tissue engineering.

2、Microbial Research
Optimize conditions for bacterial, fungal, or algal growth in microbiology and fermentation processes.
Used in pharmaceuticals, food safety testing, and synthetic biology (e.g., microbial cell factories).

3、Embryo Development & Hatchery
Incubate eggs (chicken, reptiles, etc.) by regulating temperature, humidity, and airflow to ensure successful hatching.
Critical in agriculture, poultry farming, and wildlife conservation.

4、Medical Diagnostics
Support microbiological tests (e.g., bacterial cultures) and serological assays (e.g., antigen-antibody reactions) in clinical labs.

5、Industrial Biotechnology
Scale-up microbial fermentation processes for biofuel, enzyme, or biopharmaceutical production.
Example: Incubators control conditions for yeast or bacterial cultures in industrial reactors.

6、Environmental Studies
Simulate ecological conditions to study microbial communities, plant growth, or pollutant degradation in controlled settings.