1. Overview
DLIM-512MS intelligent manufacturing application technology adopts a typical model of discrete manufacturing — “intelligent manufacturing” unit in the field of mechanical cutting, Combining high-end CNC machine tools and industrial robots, intelligent sensing and control equipment, intelligent testing and assembly equipment, intelligent logistics and warehousing equipment, intelligent manufacturing information systems, and other intelligent manufacturing key technical equipment and software systems for equipment research and development,
Demonstrated the functions and ideas of automation, digitization, networking, integration, and intelligence.
It involves knowledge and skills in intelligent control technology, numerical control technology, industrial robot technology, mechatronics technology, industrial engineering technology, computer application technology, software technology, automation technology, and measurement technology.
DLIM-512MS intelligent manufacturing application technology integrates an automatic three-dimensional warehouse system, motion control system, PLC control system, six-joint industrial robot control system, CNC machine tool system, intelligent detection system, MES system, visualization system, and computer network.
2. The Features
– Intuitive equipment: The main equipment is installed in the form of direct exposure, and the equipment can be displayed in front of the students more intuitively, which shortens the transition and adaptation time for students from the classroom to the industrial site.
– Flexible structure: The system adopts a modular structure, which makes the use and combination of the system more flexible, and can meet various content requirements such as experiments, training, and assessment.
– Strong system: This platform integrates PLC, six-axis industrial robot, CNC lathe, CNC milling machine, MES system, vision system, etc., and applies related mechanical structures at the same time, which can truly simulate various control methods on the industrial site, so that students can carry out systematic learning of automation control, let students have a systematic understanding of industrial control, and avoid the defect that a single electrical component is proficient, but multiple electrical components do not control each other.
3. Training projects
– Equipment safety: Industrial-grade safety light curtains are used, and corresponding leakage, overload and short-circuit protection devices are equipped, which can effectively protect the safety of users
– Installation, commissioning, and programming of industrial robots;
– CNC machine tool installation, debugging and programming (manual programming or CAM automatic programming), operation and processing;
– HMI and servo applications;
– Application of bus communication technology
– Application of industrial automation network;
– Application of PLC technology;
– Application of motor drive technology
– Application of motion control system;
– Application of online and off-line measurement techniques;
– Application of product assembly technology;
– Application of industrial engineering technology;
– instrumentation use;
– Application of MES system;
– Safe and civilized production, etc.
