The system features an open architecture, modular design, industrial-grade components, and offers teaching and training functions such as CNC lathe electrical design, installation, wiring, debugging, parameter setting, PLC development, communication, fault diagnosis and repair, programming, simulation, and CAD/CAM, as well as actual cutting and machining processes.
Composed of CNC experimental benches, training electrical cabinets, and CNC lathes. The CNC experimental bench focuses on experiments such as wiring, various signal measurements, performance monitoring, debugging, PLC programming, and maintenance. Every major component of the electrical control system of an actual CNC machine tool is decomposed and displayed on the electrical control bench, with all signals capable of being displayed and measured. The bench is equipped with a dedicated fault setting area, which can accommodate dozens of fault points, and the signals can be displayed numerically.The unit features simulated faults that can be clearly set for student training or discreetly set for assessment purposes. The panel includes electrical diagrams and wiring labels, making it convenient for learning and comprehension.
The practical electrical cabinet facilitates students in conducting actual training on the design, layout, wiring, and debugging of CNC machine electrical systems. The electrical board is equipped with simulated drivers, providing a realistic training experience. The electrical board is interchangeable, making it convenient for students to conduct group experiments. The electrical cabinet comes with swivel casters for easy mobility, offering convenience and flexibility. Additionally, two electrical boards can be hung on both the front and back of the electrical cabinet, allowing two groups of students to complete experiments and training simultaneously, significantly enhancing utilization efficiency.
The CK0638 is a production-type CNC lathe, serving as the control carrier for a CNC experimental bench and training electrical cabinet, capable of performing debugging for various functions.Performance testing, actual cutting processing of steel parts, can detect the geometric accuracy, positioning accuracy, and working accuracy of CNC lathes. Due to its small size, it is convenient for mechanical adjustments and disassembly practices. The transparent protective cover ensures operation while facilitating observation and verification of adjustment operations.
Numerical control lathes are controlled by a CNC system, featuring strong functionality and cutting-edge technology. Students use CNC programming simulation software compatible with the CNC system in the PC lab for programming and simulation of machining processes, and then rotate to directly operate and process on the machine. The PC lab can be networked with this machine tool for enhanced teaching and training. This machine tool can be utilized with CAD/CAM software to achieve the machining of complex parts.
