Model: DLCIM-FL824
1. Power supply: 380VAC ± 10% (50Hz)
2. Floor area: about 26000*9000mm (including the 1,500mm wide visiting passage)
3. Machine capacity: ≤100KVA
Intelligent Manufacturing
Model: DLCIM-FL824
1. Power supply: 380VAC ± 10% (50Hz)
2. Floor area: about 26000*9000mm (including the 1,500mm wide visiting passage)
3. Machine capacity: ≤100KVA
Details Introduction
Equipment Overview
The intelligent manufacturing production line is mainly composed of Siemens RFID, S7-1200PLC, inverter, Huichuan servo system, touch screen, 4 sets industrial robot (FANUC, ABB and NACHI), AGV, industrial vision inspection system, fiber laser marking machine, robot walking and robot end fixture, CNC lathe (2 sets), machining center (1 set), through simulating the industrial production line ,assembly and packaging process of the flashlight, demonstrates the combination and application of various basic technologies in modern industrial control field, covering Various advanced control technologies and special processing technologies.
The TVET vocation training platform integrated with light, machine, electricity, air and information integration, logistics management training, industrial modeling, IoT sensing technology, robotics, visual image recognition, CNC manufacturing, pattern recognition, A comprehensive research platform such as art design. By combining with the development direction of teaching subjects, it can cover most of the majors of science and engineering colleges and corresponding management majors. It is an advanced experimental teaching platform and scientific research platform for engineering university,technical college, vocation education institution, polytechnics etc
Composition
Master station, Conveying station, Storage station, Processing station, Marking station, Detection station, Detection station, Assembly station, Packing station , Feed station, Safety fence
Workflow Introduction
Firstly, the robot arm training equipment 1 picks up the blanks on the loop line, and the robot arm training equipment 1 completes the loading and unloading of the CNC l lathe and CNC milling machine through the seventh axis walking device;
The No.1 CNC lathe processes the head cover and the head part; the CNC lathe is equipped with an automatic rotary tool holder, which mainly carries the inner and outer circle, thread, end face, taper, etc.; after the part is processed, the robot arm training equipment 1 puts the processed part into the conveying tray ;
The flashlight body and the tail are processed by No.1 and No.2 CNC lathes; the automatic rotary tool holder is installed in the CNC lathe mainly used for inner and outer circle, thread, end face, taper, spherical surface, knurling, etc.; after processing ,put it in the tray on the conveying station , wherein the body is placed directly on the CNC milling machine;
After the flashlight body processing in the No. 2 CNC lathe is completed, the robot arm training equipment 1 grabs and places it on the milling machine to process the marking plane (the machining plane is convenient for later customization, laser coding); after the machining part is completed, the workpiece is placed on the tray by the robot 1 ,then transfer to next working step via the conveying unit ;
After all four kinds of machined parts are completed, the tray stop device on the conveying unit is released, and start the assembly visual inspection .
Training Projects
- Design and application of FANUC numerical control system (machining center, CNC lathe, CNC machining center)
- Robot application research
- Network communication technology and bus technology
- Configuration monitoring and human-machine interface technology
- Servo control technology
- Design and application of Siemens PLC
- Sensor technology and application
- Pneumatic control technology
- Motion Control System
- Mechanical structure training technology
- Fault detection technical skills training
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