mini shaking incubator with brushless dc beltless drive

Mini Shaking Incubator

Mini shaking incubator adopts brushless DC motor and magnetic drive system, which is stable, quiet and maintenance-free. Combined with the advanced PID temperature control technology, it can realize the synchronous operation of precise constant temperature and gentle oscillation in a small space, which is used in biological research such as microbial cultivation, fermentation, cell experiment and enzyme catalysis.
Mini shaking incubator is designed for efficient and space-saving operation environment in the laboratory, supporting many types of container fixation, adaptable and suitable for continuous oscillation culture in desktop and closed environment.

Features

• 1, magnetic direct drive system: through the magnetic coupling technology, realize contactless drive, more simple structure, no belt wear trouble, maintenance-free operation, oscillation process is smooth and quiet.
• 2, compact size, space-saving: compact design of the machine, can be placed in the incubator or shelf-type workstation to use, very suitable for bench-top laboratory and small space environment.
• 3, accurate and stable temperature control: built-in microprocessor intelligent PID temperature control algorithm, with efficient hot air circulation system, to ensure uniform temperature distribution in the chamber, small fluctuations.
• 4, Multi-container adaptable platform: Equipped with non-slip rubber oscillation platform, it can directly place petri dishes, test tubes, centrifugal tubes, conical flasks and other commonly used containers, with strong compatibility.
• 5, modular fixture system: support the replacement of magnetic bottle clamps, conical bottle racks, test tube trays and other fixtures, easy to deal with different container specifications and experimental needs.
• 6, safe and convenient design: the platform has a non-slip function, samples are not easy to slide during shaking. the equipment supports abnormal temperature alarms, power outage protection and other functions, using more peace of mind.

Core Advantages

• 1, high stability drive system: magnetic drive + brushless DC motor combination can run for a long time without heat or mechanical fatigue.
• 2, low maintenance costs: no belt drive, reduce the frequency of replacement parts, equipment maintenance easier.
• 3, easy to operate: through the touch panel to set the temperature and oscillation parameters, LCD screen real-time display of the current state, easy to monitor the experiment.
• 4, high adaptability platform: suitable for a variety of specifications of flasks, test tubes and other containers of mixed culture, to adapt to the changing experimental environment.
• 5, rapid load change ability: fixture replacement is convenient, without tools, suitable for frequent replacement of sample types of experimental scenarios.
• 6, low noise: brushless motor and magnetic transmission with, so that the operation is almost silent, suitable for biological laboratories that need a quiet environment.

Working Principle

• 1, thermostatic control system: real-time detection of the box temperature through the temperature sensor, PID control module to adjust the heater power according to the target temperature, and the use of air duct structure to circulate the hot air, to achieve stable and uniform temperature control effect.
• 2, magnetic drive oscillation: the bottom of the equipment is equipped with a high magnetic drive system, magnetic linkage with the platform above, driving the platform to do horizontal or rotary oscillation, to avoid the traditional belt structure of the slippage or offset problems.
• 3, DC brushless motor output: provide stable speed and constant torque, maintain consistent oscillation performance under different load conditions, suitable for long-term operation.
• 4, Module fixture fixing system: adopting magnetic suction, snap or sliding rail design, realizing rapid replacement of different types of sample holders and bottle holders, enhancing the experimental efficiency.

Application Areas

• 1, microbial culture: suitable for bacteria, yeast, fungi, etc. Constant temperature oscillation culture, commonly used in antibiotic screening, growth activation of strains before preservation.
• 2, plant and animal cell experiments: can be used for plant suspension cells, algae, insect cell culture and stimulation treatment, the oscillation process does not hurt the cells, conducive to metabolic research.
• 3, enzyme reaction and biochemical experiments: in the catalytic reaction, enzyme kinetic analysis, to provide stable temperature and mixing conditions, to ensure the controllability and repeatability of the reaction.
• 4, molecular biology: such as DNA, RNA extraction, plasmid transformation before the bacterial pre-culture, etc., suitable for synchronous operation in the clean bench or constant temperature box.
• 5, drug and fermentation research: for new drug screening, fermentation optimization experiments, by setting different oscillation frequency and temperature conditions, simulating different physiological environments.