DMU400 five axis linkage machining center

NegotiableUpdate on 01/09

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The DMU400 five axis linkage machining center is a CNC machining equipment that integrates high precision, high efficiency, and high stability. It is specially designed for complex surface and polyhedral component machining scenarios and widely applicable to manufacturing fields such as aerospace, automotive manufacturing, precision molds, and medical equipment. This equipment breaks through the limitations of traditional machining processes and achieves multi-faceted machining of complex workpieces through five axis coordinated motion, greatly improving machining accuracy and production efficiency. It is a key equipment for enterprises to overcome difficult machining problems and enhance core competitiveness.

Product Details

DMU400 five axis linkage machining centerIt is a CNC machining equipment that integrates high precision, high efficiency, and high stability. It is tailor-made for complex surface and polyhedral component machining scenarios and widely applicable to manufacturing fields such as aerospace, automotive manufacturing, precision molds, medical equipment, etc. This equipment breaks through the limitations of traditional machining processes and achieves multi-faceted machining of complex workpieces through five axis coordinated motion, greatly improving machining accuracy and production efficiency. It is a key equipment for enterprises to overcome difficult machining problems and enhance core competitiveness.

DMU400 five axis linkage machining centerTechnical features:

Tip Follow Control (RTCP)

No matter how the tool posture changes, the tool tip always follows the path planned by the NC program for machining, so the RTCP function is also called the tool tip following function.

Characteristic advantages:

Only one CNC programming is required, and the program can be applied to different machine tools for processing, reducing programming workload and improving production efficiency.

The tool tip following function can reduce errors and improve the surface quality and machining accuracy of processed products.

When using the RTCP function, the tool radial compensation and rotation axis vector compensation functions can be enabled to improve machining efficiency and accuracy.

Technical Specifications:

project			DMU-400
work schedule	X-axis travel	mm	500
	Travel Y-axis	mm	550
	Z-axis travel	mm	500
	A-axis travel rotation angle	degree	±120
	C-axis travel rotation angle	degree	360°
	The distance between the spindle end face and the turntable table (A-axis 0 °)	mm	500
	The distance between the spindle end face and the A-axis rotation axis (A-axis 90 °)	mm	250
	The distance between the spindle center and the A-axis end face (A-axis -90 °)	mm	300
	Processing range	mm	Φ400*300
Rotating worktable (dual direct drive)	Installation flange diameter	mm	Φ300
	Diameter of the central hole on the disc surface	mm	Φ65
	Maximum load-bearing capacity	kg	100/80
Directly connected mechanical spindle	diameter	mm	150
	maximum speed	rpm	15000
	output power	kw	11
	Knife handle form	BT40	BBT40
feed axis	X/Y/Z axis power	kw	3.9/3.9/5.9
	Maximum torque of A-axis	N·M	250/500
	Maximum torque of C-axis	N·M	122/223
	Braking form	N·M	liquid
	Braking torque	N·M	1000/600
Quick Move	X、Y、Z 速度	m/min	24
	A-axis rotation speed	rpm	180
	C-axis rotation speed	rpm	300
定位精度	X/Y/Z axis	mm	0.006
定位精度	A/C axis	Arc.sec	6
Repetitive positioning accuracy	X/Y/Z axis	mm	0.005
Repetitive positioning accuracy	A/C axis	Arc.sec	5
Wire rail screw	X/Y/Z axis rail specifications	mm	35/45/45
Wire rail screw	X/Y/Z axis screw specifications	mm	40/40/40
tool magazine	Tool storage capacity/tool storage form (disc type mechanical arm tool storage)	bit	24/32
tool magazine	Knife magazine form		Knife arm
whole	Total weight of the machine (approximately)	kg	5.3
whole	Machine appearance dimensions (length X width x height) (approximately)	m	2.3/2.5/2.7

DMU400五轴联动加工中心