Accurate temperature control and stable oscillation environment are crucial for the cultivation of biological, microbial, and other samples in the fields of scientific research, education, and production. The double-layer constant temperature oscillation incubator (model ZHP-250E) produced by Changzhou Yifeng is precisely such a laboratory equipment that can meet these needs.

This double-layer constant temperature oscillation incubator, also known as a double-layer constant temperature shaker, combines the functions of the incubator and oscillator, and precisely controls the internal temperature within a certain range through a digital temperature controller. The internal cavity adopts forced convection to ensure uniform temperature distribution and provide a stable culture environment for the sample. LCD display screen and microcomputer temperature control technology make operation more simple and intuitive.

This incubator has several outstanding features. The large LCD screen and menu style operation interface make it easy for users to get started. The microcomputer PID controls temperature and oscillation frequency, and has a timing function, greatly improving experimental efficiency. In the event of a sudden power outage, the equipment can automatically store the parameters set by the user and continue to run the original program after power on, ensuring the continuity of the experiment.

In terms of technical specifications, the temperature control range of the ZHP-250E double-layer constant temperature oscillation incubator is 5-60 ℃, with a temperature control resolution accuracy of up to ± 0.1 ℃, and temperature fluctuation and uniformity are controlled within ± 1 ℃. The cyclotron frequency range is 30~300RPM, with an accuracy of ± 1RPM. The oscillation amplitude of the shaking plate is Φ 20MM, which meets the cultivation needs of different samples.

In addition, the incubator is equipped with various self checking and protection functions, which can automatically detect and alarm display faults during operation, ensuring experimental safety. At the same time, users can also choose to install USB data terminals, RS-485 interfaces, printers, or select programmable control modules according to their needs, further improving the convenience and intelligence level of experiments. Both conventional and high-end models can meet the needs of different users and are powerful assistants in the fields of scientific research and production.