cnc milling machine manufacturers

Description

CNC milling machine manufacturers produce a variety of milling machines for precision machining tasks in various industries. Provide a series of milling machines, including five axis milling centers and universal milling machines, for high-precision machining. Widely used in manufacturing and processing applications.

	Item	Name		Brand		Remark
	1	ATC		OKADA TAIWAN		Optional
	2	Feeding motor		FANUC		X axis 36NM two double drives, YZ axis torque 36NM, Z axis with brake
	3	Main motor		FANUC		22/26KW
	4	System		FANUC OIMF
	5	X-Screw		Ipiranga  Spain		IT5
		Y/Z Screw		THK		C3，
	6	Bearing		NSK		P4
	7	Electric part
	8	Leaner guideway		HIWIN Taiwan		55 rollers
	9	encoder		Absolute encoder		No need to return to the origin
	10	Guideway		HIWIN Taiwan		55 roller
	11	Main spindle		MicroLab Taiwan
Item
1			X travel	mm	12000
2			Y travel	mm	4400
3			Z travel	mm	1200
4			Between column	mm	4200
5			Distance from spindle end to worktable	mm	600-1800
6			Worktable size	mm	8000*3000
7			Max loading	T	8/M2
8			T slot	No.	28
9			T-slot size/spacing	mm	28/250
10			Spindle drive mode		Direct drive
11			Spindle speed	rpm	10-6000
12			Motor power	kW	22/26
13			Spindle torque	N.m	170+BFGear box 680NM
14			Spindle taper		ISO7:24NO50
15			Pull nail specifications		P50T-2-MAS503
16			Spindle dia	mm	Φ190
17			X、Y、Z Rapid move	m/min	7/7/7
18			X、Y、Z servo motor	kW	5.2*2/5.2/5.2
19			X、Y、Z servo torque	N.m	X-36*4,YZ-36*3/36*3
20			X、Y、Z servo motor	rpm	3000
21			X/Y/Z Dia of Screw	mm	Φ10020/8020/Φ6320
22			Feeding speed	mm/min	6000

 

Tag: cnc milling machine manufacturers

CNC Milling Machine Manufacturers: Innovations in Precision Machining

CNC milling machine manufacturers innovate in precision machining through various means to improve machine tool performance and processing efficiency.

1. The manufacturer adopts advanced CNC systems with stronger processing capabilities and more intuitive interfaces, making operations simpler while providing higher machining accuracy.

2. Use a high-speed spindle to increase cutting speed, reduce processing time, and improve surface quality and workpiece accuracy.

3. Develop new tool technologies, including high hardness tools and coated tools, to improve wear resistance and cutting performance.

4. Manufacturers develop cutting fluids to improve cooling and lubrication performance, reduce tool wear, and improve machining quality.

5. Introduce automation systems, such as automatic tool change systems and automatic workpiece loading and unloading systems, to improve production efficiency.

6. Manufacturers provide more 5-axis CNC milling machines to achieve more complex part processing, reduce clamping times, and improve accuracy.

7. Use simulation software to allow operators to simulate and validate programs before actual machining, reducing errors and improving efficiency.

8. Search for lighter and more robust machine tool structural materials to reduce the quality of the machine tool, improve stability and rigidity.