The PCS-F process control system training equipment is a set of experimental equipment based on PCS fieldbus control. It is a multifunctional experimental device integrating automation instrument technology, computer technology, communication technology, and automatic control technology. The system includes thermal parameters such as flow, temperature, and liquid level, and can realize various control forms such as system parameter measurement, single-loop control, cascade control, feedforward control, and ratio control.

GLCG-DG-2A open type electrical and electronic training equipment is a new generation of advanced experimental equipment launched by our company. This experimental equipment fully considers the current situation and development trend of practical teaching, combines virtual and real, verification, comprehensive, innovative and open and autonomous experiments, and aims to improve students' hands-on ability and innovation ability. The product is well designed and has stable and reliable performance. All circuits and experimental modules are fully modularized, which is more suitable for users to flexibly configure and select according to the characteristics of their own schools and courses.

The GLIR-2 industrial robot training platform consists of an industrial robot, an operation training platform, an application module, a module placement rack, a programming host, etc. It can be used to assess industrial robot tool coordinate calibration, plane and curved trajectory programming and operation, assembly, handling, palletizing, simulated welding, grinding and polishing, industrial visual inspection and other industrial field application skills, as well as robot offline programming and simulation skills.

The GLCG4.0 intelligent manufacturing production line training platform is composed of six independent but closely connected workstations. It is a typical mechatronics and automation product, suitable for teaching and training in mechanical manufacturing and automation, mechatronics, electrical engineering and automation, control engineering, measurement and control technology, computer control, automatic control and other related majors.

The GL-SY-02 medical sensor experiment box is designed to meet the needs of medical colleges and universities. It combines the mainboard of the experiment box with various independent test modules to conduct measurement experiments. The circuit board layout of the medical sensor experiment box is reasonable and intuitive, with strong practicality. The modules are easy to use and organize, meeting the various experimental requirements of biomedical sensor measurement, medical microcomputer system design, medical signal analysis and image processing, etc. It can cultivate students' application capabilities in medical engineering fields such as electronic technology, signal detection and processing technology, and artificial intelligence technology.