ARC Welding

Accurate arc welding robots, such as FANUC’s ARC Mate series and KUKA’s models, provide payload capacities between 7 kg to 25 kg and reaches from 911 mm to 3123 mm. They ensure high precision, reliability, and speed in MIG and TIG welding. These robots enhance weld quality, boost productivity, and minimize human error. The integration … Read more

The minimum protective shade lens allowed in carbon-arc welding is 14. This shade level protects against intense light and harmful rays generated during the welding process. Always use the correct shade lens to ensure safety and follow safety guidelines and welding standards for various welding applications. Selecting the right shade is essential, as the intensity … Read more

A welding arc is extinguished by lifting the electrode too high above the workpiece, changing the work angle, or reducing the direct current. Each of these actions disrupts the stability of the welding arc and decreases its energy, causing it to extinguish. Shielding gas creates a protective atmosphere around the weld area. Common gases include … Read more

The AAC-1000T arc welding system employs software-controlled AC/DC output for accurate control of deposition and penetration rates. This enhances weld speeds and quality. Its dual head machine works in different grooves at once, allowing for versatile welding processes and high efficiency across various applications. Another notable feature is its lightweight design, which improves portability. Welders … Read more

ABB FlexArc robotic welding cells are advanced systems designed for flexibility and efficiency. They feature modular packages with options for a single robot or Multi-Move setups. These compact cells excel in arc welding applications and meet Canadian safety standards. They support payloads ranging from 3 kg to 20 kg for various tasks. The benefits of … Read more

The ABC’s of Arc Welding is a key guide for welding personnel. It explains welding processes, materials, and techniques. Topics include arc welding technologies, electricity, power supplies, and methods like shielded metal arc welding and electron beam welding. Understanding these concepts is crucial for effective steel fabrication. Working with alloys adds complexity to arc welding. … Read more

Alternating current (AC) is preferred for arc welding aluminum because aluminum is sensitive to oxidation. When exposed to air, it forms aluminum oxide. This oxide layer makes it hard to start the arc. AC removes this layer, leading to better arc stability and improved weld quality during the welding process. Begin by preparing the aluminium … Read more

AC arc welding is perfect for aluminum and magnesium applications. Its alternating current breaks the oxide layer on these metals, which leads to stronger and cleaner welds. This technique is widely used in industries like aerospace, automotive, and manufacturing for efficient metal joining and improved weld quality. Key techniques in AC arc welding include the … Read more

Arc force, or dig control, adjusts the amperage during lower voltage in arc welding. This feature prevents the electrode from sticking and keeps the arc stable. Different welding rods need various arc force settings to improve weld quality, particularly during critical stages like the root pass. Enhanced user understanding of these settings is crucial for … Read more

Submerged Arc Welding (SAW) is an efficient welding process that uses external flux to protect the molten weld. It offers a high deposition rate, suitable for applications like steel welding, pressure vessels, and shipbuilding. Ador’s Maestro series of automatic welding machines enhance precision and productivity in industrial welding. This welding method is widely used in … Read more