Typically the control system is divided into Weihong engraving machine control system, the control lever system (DSP),
MARCH3 control system. General Weihong control system is the advertising engraving machine, woodworking engraving machine,
stone engraving machine, jade carving machine dedicated control system. Handle Weihong control system and control system is the best choice for customers,
mach3 system much favored by foreigners, these three systems is different, let us analyze their advantages and disadvantages.
1 Weihong control system
Weihong control system English name is NCSTUDIO. NCSTUDIO series engraving machine control system is an MS Windows 98
or MS Windows NT (2000/XP) high-performance engraving machine control system.
Weihong control system features
The system is fully 32-bit computing and multi-tasking collaborative powerful advantage. A powerful, easy to operate, easy to learn the advantages. Compared with other similar systems,
high-speed systems, high-precision, multitasking, network interconnection capacity and excellent user interface will be the biggest feature of the system
and a competitive advantage. Advanced GUI interface, the program interface through a standard keyboard, mouse, and extended IO device driver. Three-dimensional dynamic tracking tool machining trajectory display. Man-machine interface and convenient operation, visual image,
easy to find files and processing instructions. G PLT complete instructions and directives. G command support covers the complete instructions G and M instruction set.
PLT format support is also excellent, explaining fast, reasonable processing characteristics. Users can export PLT file format for processing directly from AutoCAD software.
Adaptive speed convergence characteristics, in general, digital control systems, the speed of convergence between the two G command is typically a fixed value,
for example zero. In this system, the use of advanced processing speed adaptive prediction algorithm based on the size of the connection speed, direction, maximum acceleration,
and forward prediction function adaptively determines the speed of convergence between the current instruction and the next instruction.
Not only greatly improve the processing efficiency (approximately from 30% to 300%), but also improve the processing performance, eliminating the speed to stay in the machined surface chatter.