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CTN500 Automatic CNC Lathing Turning Machining Center

Machine Type: Turning Machine
Structure: Slant Bed Lathe
Chuck Size: 6 Inch
Max. Swing Diameter: 650 mm
Spindle Bore: 66 F/mm
Max. Work Piece Length: 600 mm

How to use CTN500?

CTN500 Automatic CNC Lathing Turning Machining Center

This CTN500 features a high-rigidity structure, sub-micron positioning accuracy, and 45 roller guide rails for durability. This versatile machine is suitable for various industrial applications, ensuring high precision and efficiency.

Main specifications	unit	CTN500
Swing Over Lathe	mm	φ650
Max.Turning Diameter	mm	φ360
Max.Turning Length	mm	600
Spindle Center Through Hole Diameter	mm	φ52 (OPT φ75)
X-Axis Travel	mm	240
Y-Axis Travel	mm	-
Z-Axis Travel	mm	650
E-Axis Travel	mm	-
Tape of Spindle Nose		A2-6 (OPT A2-8)
Spindle Center Through Hole Diameter	mm	φ66 (OPT φ86)
Spindle Nose		-
Hydraulic Chuck		8" (OPT 10", 12")
Sub-Spindle
Tape of Spindle Nose		-
Spindle Center Through Hole Diameter	mm	-
Spindle Nose
Hydraulic Chuck		6" (OPT 8", 10")
Max. Spindle Speed	rpm	-
Turret type		Servo
Number of tools		12
Tailstock Style		Programmable
Tailstock Bore Taper	MT	5
Tailstock Travel	mm	590
Main Motor Power	Kw	7.5/11 (OPT 11/15, 15/18.5, 18.5/22)
Y-Axis power	Kw	2.5
X/Z-Axis Power	Kw	2.5/2.5
Length/Width	mm	2550/1850
Machine Weight	Kg	4000
Gross Weight	Kg	4300

Performance

The structure adopts high rigidity class guide rail, forming a 30° integral inclined bed, increasing the bottom area, improving the stability and high rigidity of the machine tool in the process of use;
FEA technology is used to analyze complex working conditions, simulate analysis and simulate changes under various working conditions, achieve complexity and high rigidity design, optimize the structure, and ensure the excellent performance of the machine tool;
The use of patented transmission technology to achieve sub-micron repeatable positioning accuracy;

Integral casting

45 roller guide rails are adopted to achieve high rigidity, high speed and durability, and realize long-term and highly reliable processing and protection-free operation;
Grease lubrication is adopted, the lubrication is longer effective, the effect is better, cleaner and more environmentally friendly;
The spindle bearing adopts double row cylindrical roller bearing to achieve high precision and high rigidity;
The spindle box can be equipped with active heat dissipation to optimize the problem of large heat generation during the use of the spindle and achieve high-precision machining;
Multiple tailstock configurations, standard programmable tailstocks, optional servo tailstocks, spindle type live top, sub-spindles, etc.

Power Turret

The structure is compact, the tool changing speed.

High-speed Spindle

Fast tool change efficiency, fast tool change speed, increase productivity

Linear guideway

Robotic tool changer, fast tool change efficiency.

Screws

Use precision ball screws, transmission and feeding precision.

Power Turret

The structure is compact, the tool changing speed.

High-speed Spindle

Fast tool change efficiency, fast tool change speed, increase productivity.

Linear guideway

Robotic tool changer, fast tool change efficiency.

Screws

Use precision ball screws, transmission and feeding precision.

GSK988TA turning center CNC system

GSK988TA turning center CNC system adopts GSKLink industrial Ethernet bus technology and is adapted to GR-L series servo devices. It supports online servo debugging and can be connected with scale,magnetoresistive/magnetic encoder and angle encoder to realize full closed-loop control of feed axes and high-precision CS-axis control. It meets the needs of high-precision and high-efficiency machining of medium and high-grade turning centers.