refrigerated shaking incubator with color lcd touch screen

Refrigerated Shaking Incubator

Refrigerated shaking incubator adopts color LCD touch control interface with DC brushless motor and magnetic drive system, which not only oscillates smoothly and noiselessly, but also eliminates the maintenance troubles brought by traditional belt drive. With PID intelligent temperature control system and efficient air circulation, it realizes rapid response and precise control of temperature, which is suitable for temperature-sensitive biological experiments.

Main Features of Refrigerated Shaking Incubator

• 1, color touch interface: users can realize one-key setting and real-time viewing of temperature, oscillation speed, timing parameters and alarm events through LCD full-color touch screen, with intuitive and friendly interface.
• 2, beltless magnetic drive system: the use of brushless DC motor combined with magnetic drive technology, eliminating the traditional belt structure, improve drive life and smooth operation, reduce maintenance costs.
• 3, low-temperature operation capability: SZ20R model supports temperature control down to 10°C lower than the ambient temperature, which is suitable for low-temperature culture and enzyme preservation scenarios. automatic defrosting technology prevents condensation and icing, and improves low-temperature stability.
• 4, Intelligent Programming Function: With step programming function, it can set up 4 independent temperature and oscillation rate, and support automatic switching of operation phase to enhance the degree of automation of the experimental process.
• 5, a full range of alarm protection: abnormal temperature, the door is not closed, oscillation stops and other abnormal states will trigger the screen alarm prompts and beeps to protect the safety of the experiment.
• 6, rapid temperature calibration function: built-in temperature calibration mode, the user can be based on the standard thermometer readings for fine-tuning corrections to ensure that the experimental conditions are accurate.

Core Advantages

• 1, Integrated refrigeration and oscillation design: Realize the seamless integration of temperature control and shaking table function, suitable for experiments that require continuous mixing under low temperature, such as cryophilic bacterial culture or low-temperature protein reaction.
• 2, quiet operation, no maintenance: brushless motor + magnetic drive combination, not only low noise, smooth operation, but also eliminates the replacement of belts, lubrication gears and other cumbersome maintenance.
• 3, high degree of intelligence: support multi-segment program switching, timing management and alarm prompts, saving manual supervision, improve the efficiency and safety of the experiment.
• 4, accurate and reliable temperature control: PID closed-loop algorithm with high-efficiency airflow guide structure, making the temperature distribution in the box more uniform, smoother changes, to avoid the temperature difference affecting the results of the experiment.
• 5, adapt to a variety of experimental apparatus: the platform structure can be adapted to different specifications of culture bottles, conical flasks, centrifugal tubes and other containers, through the replacement of fixtures to quickly switch the type of experimental samples.

Working Principle

• 1, temperature control module: real-time monitoring of the temperature inside the box through the temperature sensor, the control system utilizes PID algorithm to adjust the power of the refrigeration unit and heater to achieve precise temperature control. High-efficiency fan continuously circulates the air, so that the temperature is more evenly distributed in the box.
• 2, oscillation drive system: brushless motor through the magnetic coupling drive platform for horizontal circular oscillation movement, to avoid the traditional mechanical contact caused by wear and vibration uneven problem.
• 3, automatic defrost system: built-in semiconductor or compressor refrigeration unit has a defrost mode, which is automatically turned on when condensation frost is detected, preventing the cooling efficiency from decreasing or ice blocking the air duct.
• 4, Programming and Alarm System: The controller supports 4 segments of automatic program switching, each segment can be set to different temperatures, speed and time, to adapt to the complexity of the experimental process. In case of abnormality, the system immediately prompts the alarm through dual channels of sound and image.

Application Fields

• 1, molecular biology experiments: such as DNA, RNA extraction, PCR pre-culture, plasmid amplification and other scenarios that require temperature stability and continuous oscillation.
• 2, microbial low-temperature culture: suitable for cold-loving bacteria, cold-resistant bacteria or special environment microbial proliferation and metabolism experiments.
• 3, drug screening and protein expression: used for mixing and reaction control when small molecule drugs react with proteins and enzymes under low-temperature conditions to improve reaction consistency.
• 4, Enzyme activity reaction research: some enzymes have higher catalytic stability at low temperature, suitable for enzyme reaction kinetics experiments in constant temperature oscillation.
• 5, plant and algae cell culture: in the need to control the light, humidity and low temperature conditions of plant cells, algae, suspension culture system to play a role.