Aiko 415V MIG-500P Welding Machine 500P Pause
$4,966.00 Original price was: $4,966.00.$4,556.20Current price is: $4,556.20.
MIG-500P Welding Machine Specifications
Input Power(v) : 415V
Input Voltage (Hz) : 50/60
Duty Cycle (%) : 60
No Load Voltage (V) : 70
Output Current Range (A) : 20-500
Electrode Diameter (mm) : 0.8-1.6
Weight (Kg) : 35
Dimension L x M x H (mm) : 595 x 290 x 440
The Aiko MIG-500P Welding Machine (Model: W-MIG500P) is a powerful industrial welding system designed for demanding metal fabrication and manufacturing applications. Built to operate on 415V three-phase power, the machine delivers strong and stable welding output for heavy-duty tasks.
First, the high-capacity 500A welding output provides excellent performance for welding thick metal materials. As a result, it is suitable for fabrication workshops, shipbuilding, engineering industries, and construction projects.
In addition, the machine features stable MIG welding technology, which ensures smooth arc performance and consistent weld quality. Therefore, operators can achieve strong and precise weld joints in industrial environments.
Moreover, the pause control function helps improve welding efficiency and control during long welding operations. The durable design also ensures reliable performance under continuous heavy workloads.
Furthermore, the heavy-duty industrial construction enhances durability and stability, making the machine suitable for long-term use in demanding workshop conditions.
Overall, the Aiko W-MIG500P MIG Welding Machine provides power, reliability, and efficient welding performance. Consequently, it is an ideal solution for industrial fabrication, structural steel work, manufacturing plants, and heavy metal welding applications.
MIG-500P Welding Machine Features
High-power 500A MIG welding performance
Operates on 415V three-phase power supply
Stable arc for consistent weld quality
Pause control function for improved operation
Heavy-duty industrial design
Suitable for fabrication, construction, and manufacturing welding
