The glass constant temperature shaker is a biochemical instrument that combines the functions of a constant temperature incubator and an oscillator, mainly used for sample cultivation and experiments in fields such as biology and chemistry. It is a laboratory equipment that combines temperature control and oscillation functions, usually using glass materials (such as tempered glass, high borosilicate glass) as observation windows or bed surfaces, with corrosion resistance, transparency, and easy operation.
working principle
Temperature control: The built-in electric heating element generates heat, and the temperature sensor monitors the sample temperature in real time and feeds back the information to the controller. The controller compares the actual temperature with the set temperature and automatically adjusts the power of the electric heating element to maintain a constant temperature inside the box.
Principle of oscillation: Usually driven by a motor, the motor drives the eccentric wheel to rotate, thereby causing the shaking table to oscillate. The rotational frequency of the eccentric wheel determines the oscillation speed, while the eccentricity determines the oscillation amplitude.
Main Features
High degree of visualization: equipped with large-sized full glass face shields or double-layer tempered glass observation windows, making it convenient for users to observe the experimental process intuitively.
High control accuracy: using microcomputer chip control, temperature and speed control are accurate.
Good structural material: The inner box is mostly made of stainless steel, which has good corrosion resistance and durability. The outer box generally adopts electrostatic spraying technology, which is beautiful and rust proof.
Diverse functions: Some rocking tables have functions such as operating parameter memory, call recovery, and over temperature alarm. Some also support multi-stage program control, data export, etc., to meet different experimental needs.
operating procedure
Sample loading: Place the container containing the experimental sample symmetrically on the shaker to ensure equipment balance.
Power settings: After connecting the power supply, set the required temperature, speed, and operating time through the control panel.
Start running: After confirming that the parameters are correct, turn on the device and start oscillating.
Operation monitoring: Observe the operation status of the equipment and promptly shut down for inspection if any abnormalities are found.
End operation: After running, turn off the power and wait for the device to stop before taking out the sample.
Widely used in various universities, research departments, as well as industries such as petrochemicals, health and epidemic prevention, environmental monitoring, etc., it is suitable for bacterial cultivation, fermentation, hybridization, biochemical reactions, as well as enzyme and cell tissue research experiments.