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3D rotary arm wire forming machine

The wire feeding wheel is rotated by a servo motor, and each driver is controlled by a professional computer system to perform each step of forming, so that the actual length of the conveyor wire is consistent with the theoretical calculation length.

Each mm of length is divided into 50 pulses, and the wire feeding accuracy can be controlled within 300 ± 10 wires.

The equipment has manual slow feeding and slow returning functions, making it easy to control material transportation, easy to operate, reduce material loss, and significantly reduce costs.

Counseling hotline:

186-6651-0565

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Product Details

Model parameters	ZD-3D-50801	ZD-3D-51201
Production line diameter	Φ3-8mm	Φ5-12mm
Maximum machining size	450mm	550mm
Control the number of axes	5 axis	5 axis
Rotating arm motor	2.7KW	3.5KW
Wire feeding motor	2.7KW	4.5KW
Folding angle motor	2.0KW	2.0KW
Forward and backward motors	1.0KW	1.0KW
Knife cutting motor	1.0KW	1.0KW
Working voltage	Three phase 380V	Three phase 380V
Controller	Yitu / Topcon	Yitu / Topcon
Machine dimensions	31002000 1900	36001600 2070
Maximum load-bearing capacity of the material rack	800KG
Material rack motor power	2.2KW
Weight of material rack	800KG
Material rack size	220020001800
Machine Computer Description	The distance between the automatic material rack and the host is more than 2 meters. High precision synchronous control method, with programming accuracy of 0.1 units for each axis and control accuracy of 0.01 units. Equipped with handwheel and inch adjustment processing functions, the program can be modified in real time during the debugging process. Table format programming, simple and easy to learn, supports demonstration programming and direct input of axis coordinates into the program. The type, maximum speed, gear ratio, and direction of each axis are set by parameters, supporting parameter backup and recovery. The computer operating system can be connected to the Internet to realize remote control and operation. The production efficiency and output can be displayed on the machine interface, and the equipment can automatically stop when the specified output is reached.