Model 100FNo. of Wires 1Inlet Wire Diameter 0.055-0.120 mmOutlet Wire Diameter 0.022-0.040 mmLine Speed (Max.) 1800 m/minNo. of Dies (Max.) 24Motor Power 3 KWTake-up Power 1.1 KWConductor Type Gold, silver, platinum, etc.Drive System Dual frequency converter
100F Dual Frequency Conversion Ultrafine Gold Wire Drawing Machine
100F 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 20-40 microns (0.02-0.04 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.
100F Dual Frequency Conversion Ultrafine Gold Wire Drawing Machine Datasheet
Item/Model |
100F |
Inlet Wire Dia. |
0.055-0.120 mm |
Outlet Wire Dia. |
0.022-0.040 mm |
Line Speed (Max.) |
1800 m/min |
No. of Dies (Max.) |
24 |
Reduction Rate |
8%, final: 7% |
Drawing Method |
Tower wheels: 2 sets, Fixed speed wheels: 2 sets, spray sliding type. |
Tower Wheel |
Tower wheels: φ100x14 sections, 2 sets; Fixed speed wheels: φ100, 2 sets; Spray ceramic tower wheel. |
Main Motor |
3 KW |
Take-up Motor |
1.1 KW |
Traverse Motor |
0.4 KW |
Pump Motor |
120 W |
Lighting |
220V, 40W |
Brake |
24V, 30W |
Speed Control |
Potentiometer |
Traverse Method |
Ball screw transmission |
Lubrication |
Downward spray tower transportation, automatic spraying (with water tank, water pump and pay off rack). |
Overall Size |
1825x1055x1660 mm |
Total Weight |
1.1 T |
100F Dual Frequency Conversion Ultrafine Gold Wire Drawing Machine Application
100F 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.