economic cnc milling machine,Manual/semi-automatic

Loading Port:Shanghai

Payment Terms:TT OR LC

Min Order Qty:1 unit

Supply Capability:10 unit/month

Product Description:

Detailed Description

Detailed introduction to economic cnc milling machine:

 

Model NO.

CNC/TX32Z

worktable(L*W) (mm)

850*320

Max load on table(kg)

150

X,Y,Z axis travel (mm)

500*300*360

Spindle nose to

worktable (mm)

400

Spindle centerline to

 column (mm)

300

Spindle Taper

BT40

Spindle Speed (rpm)

265-1815

Max gearbox ratio

6 speed

Max torque(N.m)

93

Spindle motor power

(Kw)

2.2/1.5 dual speed motor

Tool change type

Manual/semi-automatic

mini display unit (mm)

0.01/0.001

Triaxial motor

(torque/power)(N.m/kw)

Stepping motor 16N.m/1kw servo motor

Ball screw types

φ32xP6 ball screw

 Processing for

Tapping &drilling with low speed and high torque

Machine weight(kg)

1800

Overall dimension(L*W*H)

1500*1600*2000

ATT :the worktable of CNC TX32 series machines can be lengthened(higher column),suitable for processing longer and higher work piece

 

Machine feathers:

1. the main machine components(machine bed,sliding sadding ,worktable)have adopted the structure of thermal symmetry and thin-walled mainstock with multi-layer ribs. arch shape column with high rigidity goes through optimizied treatment by finite element analysis to guarantee the best rigidity;

2.  the adoption of C3 grade precise ballscrews and the use of special bearing on the ballscrew with pre-pull treatment as well as laser detective compensation have ensured the rigidity and precision.

3. The main base parts of machine are made from high-grade ,high qualtiy gray casting iron with aging treatment, the guideway with high-frequency quenching treatment and delicate grinding ,covered with low frictional coefficient TURCITE-B and delt with delcicate scraping ,having effectively improved motional quality of machine and necessary touching rigigity for cutting.

4. The adoption of balance weight block with motion-based device has prevented the spindle form vibration when weight-balanced block moves up and down, avoiding influencing the processing accuracy.