Lathe specifications
|
CK46X/XYD Y-axis turning and milling composite CNC lathe
|
1
|
Machine structure
|
Slant bed
|
2
|
Tool form
|
Eight-station servo turret
|
3
|
Number of tools
|
8
|
4
|
Tool specification
|
20mm
|
5
|
Power head structure
|
Electronic shaft
|
6
|
Power head specifications
|
ER11
|
7
|
Number of power heads
|
2+2
|
8
|
Power head speed
|
24000rpm
|
9
|
Spindle specification
|
A2-5
|
10
|
Spindle structure
|
Sleeve type
|
11
|
Spindle through hole diameter
|
¢56mm
|
12
|
Spindle motor power
|
7.5KWServo
|
13
|
Maximum spindle speed
|
6000rpm
|
14
|
Skateboard to the center of the spindle
|
100mm
|
15
|
Workpiece clamping method
|
Oil pressure
|
16
|
Chuck specification
|
6-inch hydraulic chuck
|
17
|
Maximum clamping diameter
|
¢160mm
|
18
|
Machine tool maximum turning diameter
|
¢250mm
|
19
|
Maximum processing bar diameter
|
¢45mm
|
20
|
Maximum processing length
|
150mm
|
21
|
X-axis travel
|
800mm
|
22
|
Z-axis travel
|
250mm
|
23
|
Y-axis travel
|
150mm
|
24
|
X, Z axis fast moving speed
|
24m/min
|
25
|
Repeatability
|
0.005mm
|
26
|
Precision
|
±0.005mm
|
27
|
Feed motor power
|
1.3KWServo
|
28
|
Hydraulic assembly motor power
|
1.5KW
|
29
|
Total power of the power supply
|
12KW
|
30
|
Feeding method
|
Oil bath
|
31
|
Lubrication method
|
automatic
|
32
|
Physical dimension
|
2050*1700*1850mm(Length * width * height)
|
33
|
Machine weight
|
2800KG
|
CK46X/XYD Machine standard configuration
|
1
|
Control System
|
Mitsubishi
|
2
|
Feed servo
|
YASKAW、Mitsubishi
|
3
|
Precision ball screw
|
PMI、HIWIN
|
4
|
Precision rail
|
HIWIN 、Rexorth
|
5
|
Power turret
|
LIO SHING
|
6
|
Spindle
|
Taiwan Pusen、ROYAL
|
7
|
Spindle drive
|
Mitsubishi
|
CK46X/XYD machine features:
1.the machine adopts 30° integral slant bed structure, novel structure, adopts Y-axis structure, and cooperates with eight-station hydraulic servo rotary turret to perfectly realize the turning and milling composite function.
2. the machine can be used for four-axis linkage (C, Y, X, Z), with the precise indexing function of the servo spindle, with 4 27000 rpm high-speed electric spindles on the side, which can be used for high-speed milling, drilling, tapping, Interpolation processing such as face milling and curve milling greatly reduces the processing time of loading and unloading, and improves the positioning accuracy of the product. It saves the investment of secondary processing equipment. It is an ideal turning-milling CNC lathe with excellent cost performance. .
3. the main shaft adopts the sleeve main shaft with the standard inner cone structure, the hydraulic chuck and the spring collet can be directly installed. Without the transition flange, the chuck can be quickly replaced.
4. The spindle adopts maintenance-free structure and uses precise high-speed angular contact bearings. The maximum speed can reach 6000 rpm, which can effectively perform high-speed cutting and improve the surface roughness of the machined workpiece.
5. The machine tool adopts imported precision high-speed silent screw rod and adopts double pre-tensioning fixed structure, which makes the machine tool rigidity effectively improved and eliminates the precision change caused by the cold and heat changes caused by the machine tool operation.
6.the x-axis guide rail adopts German linear guide rail, which has the advantages of good rigidity, high precision, long service life and easy maintenance.
7. The screw guide rail adopts liquid automatic lubrication method to effectively protect important parts and prolong their service life.
8.the use of imported control system, and with the Japanese Yaskawa ultra-precision servo (24-bit encoder), the machine processing accuracy and processing speed has been effectively improved.
9. This machine tool is suitable for the processing of precision parts such as aviation equipment, optoelectronics, jewelry, bathroom and decoration.
Tips: Machine technology continues to improve, the company has the final interpretation of all technical parameters.
Tips:
Machine technology continues to improve, the company
has the final
interpretation of all technical
parameters.