Here are the main characteristics and advantages of a high-speed CNC slant bed lathe:
Slant Bed Design: The Jingfusi® machine's bed is inclined at an angle, typically around 30 to 45 degrees, relative to the horizontal plane. This slanted bed design enhances rigidity and chip management, ensuring better machining accuracy and surface finish.
High-Speed Spindle: Jingfusi® High Speed CNC Slant Bed Lathe Machines are equipped with powerful and high-speed spindles capable of rotating at extremely fast rates. This allows for rapid material removal and reduced cycle times.
Rapid Tool Changes: These machines often feature automatic tool changers (ATCs) that enable quick and seamless tool changes. ATCs are crucial for minimizing downtime during machining operations.
Turret Tooling System: Many high-speed CNC slant bed lathes come equipped with a turret tooling system that holds multiple cutting tools. This turret can index quickly, allowing for complex machining operations without manual tool changes.
Versatility: These lathes can perform a wide range of turning operations, such as turning, facing, threading, grooving, drilling, and milling. The turret tooling system can be loaded with various tool types to handle diverse machining tasks.
High Precision: The combination of a slant bed design, high-speed spindle, and advanced CNC controls results in superior machining precision and surface finish.
In summary, a high-speed CNC slant bed lathe machine is a cutting-edge machining tool that offers high-speed, high-precision, and versatile capabilities. It is used in industries such as aerospace, automotive, medical device manufacturing, and general precision machining, where rapid and accurate machining of complex parts is essential.
Machine Travel Diagram
Product Details
Parameter List
project
|
unit
|
CK46
|
CK52
|
CK76
|
Maximum turning length
|
mm
|
350
|
Maximum turning diameter on the bed
|
mm
|
Ø 500
|
Maximum turning diameter on the skateboard
|
mm
|
Ø 160
|
Bed inclination
|
°
|
35°
|
Effective travel of X/Z axis
|
mm
|
Diameter 1000/400
|
X/Z axis screw specifications
|
mm
|
32
|
X/Z axis rail specifications
|
mm
|
35
|
X/Z-axis motor power
|
KW
|
1.3
|
Maximum fast movement of X/Z axis
|
m/min
|
24
|
Machine tool length X width X height
|
mm
|
2100X1580X1800
|
Total weight of the entire machine
|
KG
|
2600
|
Knife number
|
fix
|
8
|
Square knife size
|
mm
|
20X20
|
Round hole cutter size
|
mm
|
Ø20
|
Total power
|
kw
|
13
|
13
|
16
|
Average power consumption
|
kw/h
|
2
|
2
|
2.5
|
main shaft
|
Spindle end face form
|
|
A2 - 5
|
A2 - 6
|
A2 -8
|
Maximum spindle speed
|
r/min
|
6000 (set to 4500)
|
4200(set to 3500)
|
3200(set to 2500)
|
Spindle motor power
|
KW
|
7.5
|
7.5
|
11
|
Rated torque of spindle motor
|
Nm
|
47.8Nm
|
47.8Nm
|
72Nm
|
Maximum bar passing diameter
|
mm
|
Ø 45
|
Ø 51
|
Ø 75
|
Machine Tool Accuracy
Machine accuracy,Jingfus factor standard :
|
Major test item
|
Schematic diagram
|
Detection method
|
Factory standard
|
Spindle radial beat,
|
|
Detect runout of outer cone
|
0.0025
|
X-axis repeat position
|
|
Detect repeated positioning of the X-axis. Note: First predict about 50 times to offset the error of the cold engine and hot engine, and then detect the repeated positioning.
|
0.0025
|
Z-axis repeat position
|
|
Detect repeated positioning on the Z axis. Note: First predict about 50 times to offset the error of the cold engine and hot engine, and then detect the repeated positioning.
|
0.0025
|
If the customer wants to test the ISO or VD1 accuracy of X/Z/Y axis, it shall be determined at the time of writing the contract. The customer must test this item at the same time of the initial acceptance of Jingfusi Factory.
|
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