water-jacketed heating incubator with double door structure

Water Jacket Heating Incubator

Water jacket heating incubator is widely used in bacterial culture, fermentation, seed cultivation and other constant temperature tests, providing a stable temperature-controlled environment for various experiments.

Main Features of the Water Jacket Heating Incubator

• Double door structure: The outer door can keep the isolation of the external environment, the inner door is made of high-quality heat preservation tempered glass, which is convenient for observing the situation inside the working chamber, and will not affect the stability of the internal temperature to ensure the accuracy of the experimental process.
• Water jacket structure: The water jacket of the incubator is made of high-quality stainless steel material argon arc welding, with very good heat conduction properties. The water jacket can effectively maintain the uniformity of the internal temperature, and even after the power failure, the high heat capacity of the water can maintain a constant temperature for a longer period of time, to avoid the impact of temperature fluctuations on the experiment.
• Double temperature insurance device: Built-in automatic tracking temperature control system and over-temperature alarm function, if the temperature exceeds the set range, the system will immediately cut off the heating device and issue an alarm. At the same time, the built-in temperature insurance device to ensure the safety of the experimental process.
• Intelligent temperature control system: The use of microcomputer intelligent temperature control instrumentation, combined with PID control algorithms, can achieve precise temperature control. After setting the temperature, the system will automatically determine the heating power, real-time display of the heating state, to ensure that the temperature is not overshoot phenomenon. It also has a power failure recovery memory function, which automatically returns to the previously set temperature after power failure.
• High-quality liner design: The liner is made of high-quality mirror stainless steel, with corrosion-resistant, acid-resistant, easy-to-clean and other characteristics, and is designed with rounded corners, easy to clean and maintain, to ensure that the experimental environment is hygienic.
• Adjustable shelves: The height of the shelves in the working chamber can be freely adjusted according to user needs, to meet the needs of different experiments.
• Timing function: Can be set to work continuously or 1 to 9999 minutes of timing function, convenient for periodic experimental operations.
• Temperature range: Room temperature +5 °C to 65 °C, suitable for routine microbiological and chemical experiments temperature requirements.
• Convection type: With fan forced air convection.

Advantages of Water Jacket Heating Incubator

• High precision of temperature control: Using advanced PID control technology, it can realize precise and stable temperature control to ensure the accuracy of experimental data.
• High efficiency and energy saving: The use of water jacket structure, can maintain a constant temperature for a longer period of time, reduce energy consumption, improve energy efficiency.
• Easy to operate: Microcomputer intelligent control interface is simple, with power failure recovery and automatic adjustment function, the operation is very convenient.
• Strong safety: Double temperature control and multiple safety protection devices to effectively ensure the safety of the experimental process, to avoid abnormal temperature damage to the experimental samples.
• Easy maintenance: The liner material is corrosion-resistant and easy to clean, and can maintain a good working condition after long-term use.

Working Principle

The core principle of the water jacket heating incubator is to use the water jacket system to evenly distribute heat. The water circulation system in the inner liner heats the water layer through the heating element, and the high heat capacity of the water jacket ensures that the temperature is evenly transferred to the studio. The microcomputer intelligent temperature controller monitors the temperature in real time through PID control algorithm and automatically adjusts the heating power according to the experimental requirements to ensure the temperature inside the chamber is stable. In this way, the incubator can provide a constant and uniform temperature-controlled environment to support the cultivation and experimentation of various cells, microorganisms and chemical reactions.

Application Areas

• Healthcare: For bacterial and viral culture, drug testing and culture tasks in clinical experiments.
• Pharmaceutical industry: To provide precise temperature control during fermentation and growth of vaccines, antibiotics and other pharmaceuticals.
• Biochemistry research: For microbial culture, protein production and cell culture experiments, providing a stable temperature controlled environment.
• Agricultural science: For plant growth experiments, seed germination, soil microbial cultivation and other agricultural research projects.
• Scientific research and education: Widely used in basic research and experimental teaching in major universities and scientific research institutions, microbiology, botany and other disciplines.

Optional Accessories

• UV sterilization device: Optional UV lamps to kill harmful microorganisms in the working chamber and prevent pollution.
• Illumination lamp: Provide sufficient illumination, suitable for experimental processes that require light.
• Independent temperature limiting alarm system: Set the limiting temperature, automatically interrupt the heating when the temperature exceeds the limit, to ensure the safety of the experiment.