Humanized interface: It usually has an intuitive operating interface, equipped with a LCD screen or touch screen, and operators can easily set parameters such as temperature, oscillation speed, oscillation time, etc. The interface will also display the current working status and parameter information, making it easy for operators to monitor the experimental process in real time.

Program setting function: With program setting function, users can preset parameters such as temperature and oscillation speed for multiple stages according to experimental needs, and the device will automatically run according to the preset program. This is very convenient for some complex experiments, such as experiments that require different conditions of cultivation at different stages, reducing the complexity and errors of manual operation.

safe and reliable

Multiple safety protection: equipped with various safety protection devices, such as overheating protection, overcurrent protection, leakage protection, etc. When the equipment experiences abnormal conditions such as high temperature, excessive current, or leakage, the safety protection device will immediately activate, cut off the power supply, and avoid equipment damage and experimental accidents. In addition, some devices also have door control switches that automatically stop oscillation when the box door is opened to prevent accidental injury to operators.

High stability: High quality motors and transmission systems are used to ensure the stability and reliability of the equipment during long-term operation. At the same time, the structural design of the equipment is reasonable and has good seismic performance, which can work stably in different laboratory environments and reduce the risk of experimental failure caused by equipment failure.