Professional CNC Metal Milling/Drilling/Cutting/Engraving Machine 500*400mm

Platform Size (mm)

600mm* 600mm

Engraving range (mm)

500mm* 400mm

Structure options

Iron struture

Platform material

Casting iron

Table fixed type

T-slot table for max fixturing flexibility

X Axis structure

HIWIN 25 linear square guide rail & HIWIN 25 Ball screw

Y Axis structure

HIWIN 25 linear square guide rail & HIWIN 25 Ball screw

Z Axis structure

HIWIN 25 linear square guide rail & HIWIN 25 Ball screw

Z axis traveling height(mm)

350mm

Working Voltage

220V/380V 50Hz/60Hz

Spindle power (KW)

2.2KW water cooling spindle (3.0,4.5kw for option)

Spindle speed

0-24000 (r/ min)

Max Speed without material

0-20000 mm/ min

Max working speed

0-15000 mm/ min

X Axis Drive motor

Schneider Servo motor 

Y Axis Drive motor

Schneider Servo motor 

Z Axis Drive motor

Schneider Servo motor

Resolution

0.00625 Pulse

Diameter of cutting tools (mm)

3.175/ 4.0/ 6.0/ 8.0/ 10/ 12.7mm optional

ATC

No

Control system

NcStudio Control System of Shanghai; with computer cabinet

Code formats

G code, U00, mmg, nc, ENG

Cooling system 

Water cooling

The Driving Motor is the executive component of the automatic control system, it works with the simple push of a button. The motor we use for our CNC engraver can be steping motor/ Servo motor, and the brand is optional. 
AC Servo motor is more popular for its advantages on performance and accuracy, but more costly. The brand can be Schneider/ Yaskawa etc. with different prices.

There are two kinds of spindle: Water cooling and Air cooling spindles. And with different 
power options: 1.5KW/ 2.2KW/ 3.0KW/ 4.5KW/5.5KW/6KW/7.5KW etc. The output voltage and frequency can be adjusted timely by a frequency converter. Advantage: work with high frequency, stable, low noise, fast heat dissipation, and long operating life.

We use Linear square guide rails offered by HIWIN of Taiwan. The coefficient of rolling friction
is small and positioning accuracy is much higher than sliding friction. The accuracy can be at μm level. It can work with high speed and low power dissipation, and can easily be assembled and replaced.