Language
The STUD-408 portable bolt stud welding machine encompasses various components such as a welding power supply, a rectifier, an energy storage capacitor, a controller, a welding torch, a grounding clamp, welding cables, and more. It is tailored for use on thin metal plates and finds applications across diverse industries including shipbuilding, automotive manufacturing, electrical control panels, cabinets, elevator accessories, and others. With its rapid energy accumulation, the machine is capable of molding a single piece in an average timeframe of 3.7 seconds. Additionally, it facilitates effortless high-altitude welding operations and boasts portability for convenient handling.
Specifications
|
Model |
Unit |
STUD-408 |
|
Input voltage |
V |
220 |
|
Frequency |
HZ |
50 |
|
Power |
KVA |
2.9 |
|
Suitable welding bolt diameter |
mm |
5-8 |
|
Dimension
|
mm |
500*360*600 |
|
Weight |
KG |
42 |
Product Description
The STUD-408 Portable Bolt Stud Welding Machine represents a state-of-the-art fusion of precision engineering and operational efficiency. Designed for reliability and versatility, this system is engineered to perform drawn arc stud welding on thin metal plates with exceptional consistency. Its integrated design, which incorporates a welding power supply, rectifier, energy storage capacitor, controller, welding torch, and grounding clamp, ensures a seamless and high-quality welding process. The STUD-408 is an indispensable solution for industries demanding strong, flawless fastening without marring the reverse side of the workpiece.
The STUD-408 is tailored for a broad spectrum of industrial applications where strong, reliable fastening to thin sheet metal is critical. Its capabilities make it particularly suitable for:
KEEP IN TOUCH
Precision at Your Bench: The Rise of Desktop Spot Welders In the realm of precision electronics and miniature component assembly, traditional large-scale welding equipment often introduces excessiv...
READ MORE
In modern manufacturing, every second of downtime directly impacts throughput. For resistance spot welding operations, the choice of welding equipment and its parameter configuration define the upper...
READ MORE
Selecting the wrong welding machine for your production line can cost tens of thousands of dollars in rework, downtime, and scrapped parts. With dozens of configurations available — from bench-top u...
READ MORE
Introduction: The Role of Timing Adjustment in Gear-Type Pedal Spot Welders Spot welding, a key technique in various industrial fabrication processes, requires precise control of both the welding dur...
READ MORE
Introduction: Understanding the Basics of Spot Welding Spot welding is a widely used process in various industries, primarily for joining sheet metals by applying heat and pressure at specific points...
READ MORE
Understanding Spot Welding Technology Spot welding represents one of the most widely adopted joining techniques in modern manufacturing, providing reliable, cost-effective connections for metal fabr...
READ MORE