GLSD-1 digital circuit experiment box is mainly used for digital circuit experiments in electronics. It adopts a modular structure, and each module is independent of each other. Through the combination of different components in each component area, a variety of experimental circuits can be formed. The front of the experimental template is printed with a circuit diagram, and the back is equipped with devices. Each point to be tested in the experimental circuit is equipped with a test hole. It is easy to use, reliable in contact, long in life, and high in efficiency. The main experimental unit is completed with matching experimental modules. Experimental expansion modules can be selected according to different needs to complete related experimental content, which can meet the needs of digital circuit course experimental teaching.

GL-DG-S advanced electrical and electronic experimental device is a new generation of experimental device launched by our company based on extensive consultation with experimental instructors from various universities. This experimental device fully considers the current situation and development trend of the laboratory, takes open experiments and improving students' hands-on ability as its purpose, and makes large-scale improvements and innovations in structure and performance.

The GL-GF-2 solar photovoltaic power generation engineering experimental platform consists of two parts: "solar photovoltaic technology comprehensive application system" and "solar cell module". It is specially designed to meet the relevant experimental teaching needs of solar photovoltaic power generation system engineering application and design for new energy related majors in colleges and vocational technical colleges.

This PLC  training platform consists of a host computer, a training table, host training components, training modules, etc. It can train students to practice basic PLC instructions and deeply understand the working principles of PLC. It can simulate multiple practical application scenarios of PLC, such as traffic light control, three-story elevator control, etc., to help students combine theoretical knowledge with practical operations.

This platform complies with the 1+X occupational skill standards for industrial robot application programming and meets the technical specifications for the industrial robot installation and programming competition. This industrial robot multifunctional teaching platform is mainly composed of an industrial robot, a basic platform, a pneumatic system, an electronic control and communication system, and safety protection.