60F Dual Frequency Conversion Ultrafine Gold Wire Drawing Machine

60F Dual Frequency Conversion Ultrafine Gold Wire Drawing Machine

60F dual frequency conversion ultra-fine gold wire drawing machine is a precision equipment specifically designed for producing high-precision gold wires with a diameter of 10-30 microns (0.01-0.03 mm), widely used in semiconductor packaging, precision electronics, medical equipment, high-end jewelry and other fields. Due to the extremely small diameter of the gold wire, the equipment needs to have core technologies such as ultra-high precision tension control, nanoscale molds, and clean environments.

60F Dual Frequency Conversion Ultrafine Gold Wire Drawing Machine Datasheet

Item/Model	60S
Inlet Wire Dia.	0.018-0.038 mm
Outlet Wire Dia.	0.012-0.025 mm
Line Speed (Max.)	1200 m/min
No. of Dies (Max.)	12
Reduction Rate	6%, final: 5%
Drawing Method	Tower wheels: 2 sets, Fixed speed wheels: 2 sets, spray sliding type.
Tower Wheel	Tower wheels: φ60x11 sections, 2 sets; Fixed speed wheels: φ60, 2 sets; Spray ceramic tower wheel.
Main Motor	1.5 KW
Take-up Motor	Servo, 0.4 KW
Traverse Motor	0.4 KW
Pump Motor	90 W
Lighting	/
Brake	24V, 22W
Speed Control	Potentiometer
Traverse Method	Stepper motor light scanning, servo motor, ball screw transmission, and spool movement.
Lubrication	Downward spray tower transportation, automatic spraying (with water tank, water pump and pay off rack).
Overall Size	1450x1020x1580 mm
Total Weight	1.0 T

60F Dual Frequency Conversion Ultrafine Gold Wire Drawing Machine Application

60F dual frequency conversion ultra-fine gold wire drawing machine is the core equipment for high-precision manufacturing, with its technical core consisting of nanoscale molds, constant tension control, and clean environment. With the development of semiconductor miniaturization and precision medical devices, this equipment will play a more critical role in high-end electronics, biomedicine, aerospace and other fields, and continue to evolve towards finer, smarter and more environmentally friendly directions.