Description
YL-1802A Smart Manufacturing System Trainer adopts 3D printing technology as the core of production, and intelligent production line as the fundamental technology. Among them, industrial robots are used to complete some complex processing processes. In order to improve the efficiency of production and manufacturing, a three-dimensional warehouse is used for storage. If the customer places an order for standard parts, they only need to be taken out of the warehouse for processing to complete the order, reducing the repetitive production process.
The entire process of the YL-1802A Smart Manufacturing System Trainer adopts the concept of one-time processing and molding, uses a conveyor to simulate the process of logistics transportation, and the RFID identification system collects and updates logistics information in real time.
functional characteristics
The system functions have the following four points:
1. The system needs to organically integrate the four technologies of “Internet Plus”, intelligent manufacturing, 3D printing and industrial robots. The structure is modular and easy to combine. It can complete various individual skill training and comprehensive project training. It can better meet the needs of practical training and engineering training. It can install and debug mechanical parts, install and debug the pneumatic system, install and debug the electrical control circuit, install and debug the electromechanical equipment, install and debug the automatic control system, and install and debug the industrial network control system. It can be better. To meet the needs of practical training and engineering training.
2. The components in the system all use actual industrial components, and the first choice is the industrial components of well-known international companies (Japan SMC, Japan Panasonic, Omron, Japan Mitsubishi, etc.), with reliable quality, stable performance, and low failure rate, so as to ensure the smooth training and teaching of the school Proceed.
3. Regardless of the mechanical structure or control, the system should adopt a unified standard interface, which has high compatibility and scalability. With the rapid development of industrial field technology, the system can closely follow the field technology upgrade and expansion, and deeply meet the needs of training and teaching Need.
The system can exercise the learners’ creative thinking and practical ability. The learners can use this system to carry out engineering training in the aspects of assembly, design, wiring, PLC programming and debugging, field bus formation and maintenance.
