Intelligent Manufacturing Robot Comprehensive Training Platform CMK-5500S

                    Intelligent Manufacturing Robot Integrated Training PlatformCMK-5500S

The industrial robot automation material handling and CNC machining training platform is a device used to cultivate high-skilled personnel for loading and unloading CNC machine tools with industrial robots. It serves as an FMS unit in the flexible processing of Industry 4.0 smart factories and can be used for automation, mechatronics, robotics, and corporate engineer training in colleges and universities, providing comprehensive learning and training at an advanced stage.

Product Overview:

The FMS industrial robot loading and unloading teaching and training platform is based on a small flexible manufacturing system. Its main features include a compact footprint, consisting of a 6-axis industrial robot, a flexible CNC lathe, a PLC touchscreen programming module, and a material warehouse, forming an automated unmanned workstation for loading and unloading. The robot feeds and retrieves materials for the CNC lathe according to instructions. The system enables programming of the industrial robot loading and unloading workstation, integration of the loading and unloading system, PLC system programming, communication training, robot programming, CNC programming, CNC machining, and other aspects. It allows students to easily master the setup of an FMS loading and unloading workstation processing system with a 6-axis industrial robot and CNC machine tools, meeting their learning and operational needs for industrial robots, and achieving seamless integration with real factory conditions. The platform covers a wide range of comprehensive and systematic knowledge points, providing students with a holistic understanding and experience of intelligent unmanned system applications through learning and training.

Main Features:

(1) High Comprehensiveness: Integrates robot operation and programming, CNC machining, PLC applications, and communication, combining actuators, control systems, drive systems, and various disciplines organically.

(2) Safe and Easy to Operate: Based on a small CNC machine tool as a flexible manufacturing system, it features a compact footprint, safety, and ease of student hands-on operation. The system also incorporates multiple safety measures to ensure learner safety.

(3) Modularity: Adopts a layered and modular design, with different programs designed for various functional needs. These functional modules coordinate to achieve different functions, which can operate independently or as part of a system with other modules.

(4) High Expandability: In addition to the robot loading and unloading system functions, this training system can be transformed into other functional robot workstations by changing the robot end effector, improving equipment utilization.

(5) The device supports MES system functionality and the ModbusTcp communication protocol for reading CNC system data.

Basic Training Projects

1. Basic understanding of industrial robots

2. Industrial robot teach pendant motion operation

3. Point-to-point teaching of industrial robots

4. Basic parameter settings for industrial robots

5. Learning basic motion commands for industrial robots

6. Program editing for industrial robots based on the teach pendant

7. Industrial robot I/O control applications

8. Basic wiring methods for industrial robots

9. Simple trajectory programming and teaching

11. Basic knowledge of the machine tool loading and unloading training system

12. Operation and use of the machine tool loading and unloading training system