High Strength CNC V Grooving Machine With SSR External Input Signal Plate

1500×4000 CNC Vertical Type V-Cut Machine For Stainless Steel ,CNC Grooving Machine,CNC V Cutting Machine
 
Features:
The frame and the beam are all box-shaped. After finite element optimization design, the all-steel welding is tempered to eliminate residual stress, and the overall rigidity is good and the precision is good.
Before and after the tool holder (Y1 axis) movement, up and down (Z axis) movement and front and rear (Y2 axis) movement of the end press material are controlled by the numerical control system, AC servo motor drive, ball screw drive, high control precision, accurate positioning Features.
The left and right (X-axis) movement of the beam is driven by an AC variable frequency speed-regulating motor, and the helical gear and the rack-and-pinion drive have the characteristics of high speed and strong load capacity.
The pneumatic pressing system can adaptively press the side of the workpiece and the feeding side according to different thicknesses, which is one of the effective measures to ensure the processing precision and repeatability.
The compressed air blowing and cooling system not only prevents the cutting waste from scratching the surface of the workpiece, but also improves the life of the tool by cooling the tool.
 
1.  Lower maintenance cost
2.  Shorten training time
3.  Avoid collision
4.  In any axial direction can be installed with grating ruler
5.  Responsive time for acceleration/deceleration: 0.5US
6.  High-speed positioning of main shaft
7.  With retraction function
8.  Intellective fault alarm and troubleshooting function
9.  PLC interrupt function: fixed scan time 10ms
10.  All axes open-loop control with feedback function
11.  The servo motor torque can be read and displayed
12.  The acceleration and deceleration control curve is superior to other numerical control.
13.  With DC power input module
14.  With SSR external input signal plate
15.  Easy wiring, low wiring cost
 
 
2.Main specification

3.Configuration