VIP member
CK6136D-Y ∠ 30 inclined bed lathe milling composite machine (36 turret+with Y-axis+4-side power head+4-end power head) - high configuration
CK6136D-Y ∠ 30 inclined bed lathe milling composite machine (36 turret+with Y-axis+4-side power head+4-end power head) - high configuration
Product details
1CK6136D-Y ∠ 30 inclined bed lathe milling composite machine (36 turret+with Y-axis+4-side power head+4-end power head) - high configuration Parameter Table
CKX6136D-Y (turret with Y-axis turning milling compound machine) ∠ 30 inclined bed height configuration table
1
Main technical parameters
Serial Number
Project Name
unit
Project parameter table
※※
moving range
1
Maximum travel (X/Z/Y)
㎜
720/260/180
2
Minimum setting unit (X/Z/Y)
㎜
0.001
3
Speed movement (X/Z/Y)
m/min
22/22/15 (30/30/15 optional)
※※
machine range
4
Swing over bed
㎜
Φ310
5
Maximum processing diameter for disk/shaft components
㎜
Φ280/φ100
6
Maximum processing outer circle length
㎜
200
7
maximum bar diameter
㎜
Φ35
※※
main shaft
8
Spindle end form
A2-4
9
Spindle speed series
level
not have
10
Spindle center height
mm
50
11
Main spindle speed range
r.p.m
45-4000 (design time: theoretical 6000-8000)
12
spindle bore
㎜
Φ46
※※
electrical machinery
13
Main motor power
kw
2.9/3.7 (optional)
14
feed motor
kw
0.85/1.5 (optional)
※※
cutting tool
15
Outer round square knife size
㎜
20×20
16
Internal boring tool size
㎜
φ20
17
Knife changing method
Rotating tower type tool change nearby
18
Tool change time
S
0.2
19
Tool change positioning accuracy
0.003
20
Maximum loading capacity of knife holder
grasp
Knife tower+Y-axis five axis power head
※※
power head
21
Power head motor
kw
0.75
22
Power head speed
3000
23
Maximum clamping of power head
㎜
ER20/φ13
24
Maximum power head attack teeth
M
M8
※※
other
25
Repetitive positioning accuracy (X/Z/Y) at constant temperature
㎜
0.003
26
positioning accuracy
mm
0.005
27
Bed structure
30 degrees
28
The total installed capacity is approximately
kw
9
29
Net weight of machine tool
Kg
2700
30
Dimensions (length x width x height)
㎜
2160×1350×1760
IICK6136D-Y ∠ 30 inclined bed lathe milling composite machine (36 turret+with Y-axis+4-side power head+4-end power head) - high configuration Main Material List
1
spindle
China 3.7KW (Japan Yaskawa 2.9KW) servo motor
2
spindle bearing
Japanese original NSK or German FAG precision grade bearings - (optional according to product processing requirements)
3
Numerical Control System
Beijing KND, Taiwan Baoyuan, New Generation (note: optional Japanese Mitsubishi or Fanuc)
4
Servo system (driver+motor)
Yaskawa, Japan 0.85KW/Maixin 1KW
5
X. Z-axis ball screw
Taiwan Yintai or Shangyin P3 class heavy-duty ball screw (diameter 32)
6
X. Z-axis linear guide
Taiwan Yintai or Shangyin P-type heavy-duty linear guide rail
7
X. Z-axis bearing
Japanese original NSK or German FAG precision grade bearings - (optional according to product processing requirements)
8
Knife holder form
Taiwan Jiasu eight station turret+2 power heads (Jiasu, Liuxin, Xinxin - optional)
9
Hydraulic rotary cylinder
Taiwan rotary oil cylinder
10
Hydraulic station
Taiwan variable oil pump, hydraulic motor, hydraulic solenoid valve+air cooling system
11
Computer lubrication system
river valley
IIICK6136D-Y ∠ 30 inclined bed lathe milling composite machine (36 turret+with Y-axis+4-side power head+4-end power head) - high configuration
Structural characteristics of machine tools
| Construction and features of machine tool structure | |||
| Suitable for heavy loads and continuous cutting, it can maintain long-term high precision and high-quality surface roughness. | |||
|
■High precision, high rigidity, heavy-duty spindle.
|
|||
|
The spindle adoptsOriginal imported NSK or FAG P4 precision grade spindle bearings from Japan or GermanyThrough engineering calculations and analysis, an optimized span configuration has been achieved, coupled with a unique maze style waterproof design and a heat dissipation plate spindle box design, which can achieve better waterproof and dustproof effects. The use of high-tech lubrication technology and high rigidity sleeve structure demonstrates better stability, ensuring greater axial rigidity, radial rigidity, and machining accuracy. Using a dedicated spindle motor and imported frequency converter, it achieves large-scale automatic stepless speed regulation. The entire spindle is produced by a professional spindle manufacturer in Taiwan, Pusen.The main shaft bearings are arranged in a front three and back two arrangementCan better withstand stronger impacts. The spindle design speed can reach 8000rpm/min.
|
|||
| ■Good rigidity, easy operation and chip removal. | |||
|
High strength, bed tilted at 45 °, made of high-quality cast iron resin sand molding, and subjected to secondary annealing treatment to ensure casting stability. The tight ribbed structure has good rigidity and strong seismic resistance. The inclined placement of the large drag plate and tool holder makes the operation and chip removal of the machine tool very convenient, and occupies a small area with good comfort.
|
|||
|
■Imported Taiwan Shangyin or Yintai P-type linear slide rails with high rigidity, high precision, and high speed, C3 precision ball screw, and dedicated Japanese NSK/German FAG screw bearings. The two ends of the screw rod are pre pulled according to the machining center, resulting in higher rigidity.
|
|||
|
The two axis transmission is directly connected by a servo motor and a precision ball screw through an elastic coupling, with good force conditions and high positioning accuracy. Equipped with a computerized automatic lubrication system for forced lubrication of linear guides and ball screws. The X-axis and Z-axis adopt high rigidity linear sliding rails, and the optimized span between tracks is calculated, with low resistance, high rigidity, and high precision. The displacement speed can reach 18-30m/min, improving work efficiency and shortening processing time. |
|||
|
■Hydraulic stationUsing Taiwanese quantitative pumps, hydraulic motors, solenoid valves, and equipped with air cooling devices, the noise level is low and the oil temperature is low.
|
|||
|
■ AdoptingTaiwan Six Xin Eight Station Hydraulic Rotary Knife TowerHigh positioning accuracy, low failure rate, fast tool change, and nearest tool change.
|
|||
|
■ Adopting beautifulFully enclosed protective coverGood waterproof performance. The activity door opens easily and effortlessly.
|
|||
|
The control system and spindle motor adopt servo spindle, and are equipped with two axis radial or axial servo power heads. It can achieve 360 degree arbitrary indexing and positioning of the spindle, as well as drilling, tapping, and milling functions. (Note: Different models have different requirements, and different power options can be selected)Head)
|
|||
|
The machine tool lighting adopts explosion-proof, long-life, high brightness LED energy-saving lamps. The cooling pump adopts a large displacement cooling pump imported from Taiwan.
|
|||
|
The base can be made of integral castings, which have high strength and good seismic resistance, and are more suitable for environments with large temperature differences in the north(Different types of castings are available.)Select).
|
The base can be made of integral castings, which have high strength and good seismic resistance, and are more suitable for environments with large temperature differences in the north
(Note:Different casting modelsItem can beselect）.
The base can be made of integral castings, which have high strength and good seismic resistance, and are more suitable for environments with large temperature differences in the north
(The following picture shows the casting part)
Decomposition diagram) - for reference only, assembly of the entire machine is based on actual engineering drawings
Operating System: Mainly usedNew generation systemsMainly based on Baoyuan system (high-end models adopt:Mitsubishi Systems, Fanuc, Siemens)
■ (Optional)CNC lathe oil bath feeding machine
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-