GSK218MC_Ethernet_PLC_&_Installation_Connection_Manual (6.5MB)
GSK218MC_Ethernet_Programming_&_Operation_Manual (6.8MB)

GSK218MC-H is widespread CNC system (matched with machining center and general milling machine) independently developed, employed with 32-bit high performance CPU and super-large-scale programmable device FPGA, real-time control and hardware interpolation technology to ensure the system gets the high efficiency with the μm-level precision, and its PLC can be edit on-line, which makes the logic control function become more flexible and strong.


 

1. It has high speed and high precision. The effective machining speed of complex surfaces is Sm/min, and the optimum machining speed is 4m/min. It has the look­ahead function with 1000 blocks, with the maximum position speed of 60m/min and the maximum feed speed of 15m/min 
2.It supports three kinds of communication interfaces, including RS232, USB, and network, realizing file transfer, DNC machining, and USB online machining
3.It also supports various kinds of tool magazines, such as carousel A TC, disc ATC, and servo ATC 
4.It supports GSK-LINK Ethernet bus functions (GE and GR series) and absolute encoders, realizing full-closed loop control, and the torque motor and motorized spindle are also optional; the system has a 4 outputs of spindle analog voltage and 4 sets of PMC axes
5.It can be adapted to the functions of the automatic centering gauge or automatic tool setting gauge 

High-speed and high-precision machining of molds
 

The high-speed interpolation technique is used. The effective machining speed of complex surfaces is 8m/min, and the optimum machining speed is 4m/min. The number of segments for pretreatment is up to 1,000, with a look-ahead function, fast speed, high precision, and good surface smoothness

A global judgment should be made for shapes based on the instruction path. If there is a minor difference among segments, unnecessary speed reduction may be avoided to ensure smooth working surfaces without any deflection

The machining time is 5-30% less than before, and this is more obvious with a higher feed speed

Application on screw milling machines 

o With three system control axes 
o  It realizes parabolic helical interpolation instructions. 
o  It realizes G01 helical interpolation instructions. 
o  It realizes handwheel interruption. 
o  It realizes handwheel teaching. 
 

Application on blade grinding machines 

 o With three system control axes (the belt sander has 2 axes) 
 o It realizes the process editing of knife grinders
 o It imports the DXF drawings to CNC to generate machining programs 
 o It realizes the automatic wheel dressing function and the 
    segmentation compensation of tracks of mill knives