
CNC Turning Center Machine
Gone are the days when craftsmen used to rely on traditional lathes to produce complex and high-precision workpieces. With the advent of technology, CNC lathes have become the go-to solution for precision works, especially for massive industrial projects such as heavy machinery manufacturing, aeronautics and aerospace industry, and car production among others.
cNC turning center machine

Gone are the days when craftsmen used to rely on traditional lathes to produce complex and high-precision workpieces. With the advent of technology, CNC lathes have become the go-to solution for precision works, especially for massive industrial projects such as heavy machinery manufacturing, aeronautics and aerospace industry, and car production among others. CNC lathes have unmatched precision, speed, and versatility, which makes them the preferred option for high-precision machining.
One of the major advantages of CNC lathes is their suitability for re-cutting difficult workpieces. Equipped with advanced software programs, CNC lathes use multiple tools to achieve a high level of precision and accuracy on even the hardest materials. The operator can comfortably control the lathes from a computer, eliminating errors and increasing efficiency. The end result is a smooth finish that meets the required specifications.
In addition, CNC lathes are suitable for large moulds and high-hardness workpieces. These lathes can be customised to cater to different sizes of workpieces, allowing for faster production times, less waste and improved accuracy. High-hardness workpieces have become common in the manufacturing industry, and CNC lathes offer the perfect solution to cut through the toughest materials such as stainless steel, hardened tool steel, and cast iron.
Another significant feature of CNC lathes is the independent main spindle. This innovative feature eliminates the need for the workpiece to have a centre hole as it can be held by the independent spindle on both ends. This way, the workpiece can undergo complex machining operations using multiple tools to achieve a higher level of precision.


Moreover, CNC lathes are equipped with a range of advanced features that make them suitable for various applications. These features include high-speed machining, rapid tool changes, and automatic bar feeders that allow operators to handle multiple workpieces simultaneously. They are also equipped with sensors that signal for malfunctioning, ensuring that the lathe operates efficiently.
In conclusion, CNC lathes are the ultimate solution for high hardness workpieces and large moulds. They offer unmatched precision, speed, and versatility, and their independent main spindle, combined with advanced software programs and features, allows for complex machining operations. CNC lathes have revolutionized the manufacturing industry, making it possible to produce workpieces that were previously impossible to produce. If you want to improve your manufacturing process's efficiency and profitability, CNC lathes are the way to go.
CK6140 × 1000 CNC lathe
1.CK6140 × 1000 Mechanical Specification Table
|
Project |
unit |
CK6140×1000 |
|
Turning diameter on the bed surface |
mm |
Φ400 |
|
Maximum turning diameter on the skateboard |
mm |
Φ220 |
|
Machining length |
mm |
1000 |
|
Spindle transmission form |
Variable frequency stepless speed regulation |
|
|
Spindle speed |
rpm |
21-70 48-1600 100-350 |
|
Spindle end form and code |
C6 |
|
|
Inner diameter of spindle through-hole |
mm |
Φ52 |
|
Spindle motor power |
KW |
5.5 |
|
chuck size |
mm |
200 |
|
Specification of lead screw |
mm |
Φ40*8 |
|
X/Z feed motor torque |
NM |
4/6 |
|
X/Z repeated positioning accuracy |
mm |
0.01/0.015 |
|
Workpiece processing accuracy |
IT6-IT7 |
|
|
Surface roughness of workpiece |
Ra1.6 |
|
|
Tail socket diameter |
mm |
Φ65 |
|
Tailstock sleeve stroke |
mm |
150 |
|
Tailstock sleeve tapered hole |
Mohs 4# |
|
|
Knife holder form |
Electric four station |
|
|
Tool dimensions |
mm |
20*20 |
|
Rail width |
mm |
360 |
|
Machine weight |
Kg |
1600 |
2.Optional
|
Spindle transmission form |
Variable frequency stepless speed regulation/two speed change/three speed change |
|
chuck |
Manual chuck/hydraulic chuck |
|
system |
Siemens 840 Fanuc Mitsubishi Syntech ( China KND Digital) GSK( China Guangzhou Digital) H N C( China Huazhong Digital) |
3.Brands and specifications of main components used
|
Serial Number |
Component Name |
Brand manufacturer |
producer |
Model and specifications |
|
1 |
CNC system |
GSK |
China |
|
|
2 |
Main motor |
GSK |
China |
5.5kW |
|
3 |
spindle bearing |
Harbin |
domestic |
|
|
4 |
X-axis ball screw |
firing |
domestic |
Φ40*8 |
|
5 |
Z-axis ball screw |
firing |
domestic |
Φ 50 * 10(63 * 10 for three meters) |
|
6 |
chuck |
Wafangdian |
domestic |
400 three claws/630mm four claws |
|
7 |
tool carrier |
Hongda/Wenchang |
domestic |
4-station electric |
|
8 |
Electronic handwheel |
Zhehong |
domestic |
|
|
9 |
Electrical appliances, allergy protectors |
schneider |
France |
|
|
10 |
coupling |
Sanmu |
Japan |
|
|
11 |
Cooling device |
Luokai/Jianyang |
Taiwan |
|
|
12 |
Centralized automatic lubrication system |
domestic |
||
|
13 |
Precision Nut |
Yingxi |
||
|
Note: When encountering a shortage of supply, products from other brands will be used as substitutes, but there will be no difference in quality and grade. |
||||
4.Attached accessories
|
Serial Number |
Product Name |
specifications |
number |
|
1 |
Operating Instructions |
GSK |
1 |
|
2 |
Program manual |
GSK |
1 |
|
3 |
circuit diagram |
Dalian Second Machinery Co., Ltd |
1 |
|
4 |
Random Precision Table |
Dalian Second Machinery Co., Ltd |
1 |
|
5 |
toolbox |
15″ |
1 set |
|
6 |
Foundation supplies |
1 set |
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