45S Full Servo Extreme-fine Gold Wire Drawing Machine

45S Full Servo Extreme-fine Gold Wire Drawing Machine

45S full servo extreme-fine gold wire drawing machine is a fully servo tension-free rod wire drawing machine, which has the advantages of full computer control, servo wire arrangement, non-contact automatic parking and full plate automatic parking for wire breakage, and full linear automatic control of wire winding slip (tension) throughout the process. This machine integrates wire collection and cable laying, with servo control of angular velocity and cable pitch, back and forth collection and laying of wire reels, high wire speed, large capacity, and stepless speed regulation.

45S Full Servo Extreme-fine Gold Wire Drawing Machine Datasheet

Item/Model	45S
Inlet Wire Diameter	0.0112-0.0174 mm
Outlet Wire Diameter	0.0085-0.013 mm
Line Speed (Max.)	600 m/min
No. of Dies (Max.)	10
Reduction Rate	5%, final: 4.5%
Drawing Method	Spray sliding type
Tower Wheel	φ45
Main Motor	Servo, 0.4 KW * 5
Take-up Motor	Servo, 0.4 KW
Traverse Motor	0.4 KW
Pump Motor	90 W
Lighting	220V, 40W
Brake	/
Speed Control	Potentiometer
Traverse Method	Ball screw transmission
Lubrication	Spray type
Overall Size	1680x1090x1630 mm
Total Weight	1.0 T

45S Full Servo Extreme-fine Gold Wire Drawing Machine Application

45S full servo extreme-fine wire drawing machine is a core equipment in the field of nanomanufacturing, and its technical difficulty far exceeds that of traditional drawing machines, involving multiple cutting-edge disciplines such as ultra precision machining, nanomaterials, and intelligent control. It is mainly applied in the following scenarios:
Semiconductor Industry
Quantum computer chip interconnection: Gold wires serve as superconducting circuit connecting wires.
MEMS sensors: Ultra fine gold wires are used for signal transmission in miniature pressure sensors.
Biomedical
Neural electrode: Gold wire is used for brain computer interface (BCI) probes.
Nano surgical robot: Submicron gold wire as a conductive material for flexible robotic arms.
Scientific Research Field
Nanomaterial research: Used for preparing single atom chain gold wires (1nm level).
Superconducting Experiment: Study of Quantum Properties of Ultra fine Gold Wires in Low Temperature Environments.