Main Solutions: We offer a variety of welding solutions for different metal types and welding processes, including MIG, TIG, and laser welding. Our services cover welding cells, equipment, and accessories to ensure efficient and high-quality results for all your welding needs.
Welding Type |
Brands & Models |
Major Components |
General Notes |
Arc Welding Robots
MIG/MAG, TIG, Laser |
Here is detailed comparison of specifications MOTOMAN AR series robots |
Yaskawa YRC1000 controller, Power Source
Welding Gun
Chiller
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Pros: High precision, consistent quality, suitable for various metals Cons: High initial cost, requires programming and setup Common in automotive and heavy machinery industries |
Spot Welding Robots |
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Yaskawa YRC1000 controller, Power Source:
Welding Gun
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High electrodes wear due to constant use |
Types of Welding
Here is a comparison of MIG, TIG, and Laser welding in table form:
Aspect | MIG Welding (Metal Inert Gas) | TIG Welding (Tungsten Inert Gas) | Laser Welding |
Heat Source | Electric arc between a consumable wire electrode and the workpiece | Electric arc between a non-consumable tungsten electrode and the workpiece | Focused laser beam generates heat |
Shielding Gas | Uses inert gas (Argon, Helium) or gas mix | Uses inert gas (typically Argon) | Optional, sometimes uses an inert gas |
Filler Material | Consumable wire acts as both electrode and filler metal | Can use filler rod, but not always necessary | Can use filler material or weld without it |
Precision | Moderate precision, suitable for thicker materials | High precision, best for thin materials and intricate work | Extremely high precision, ideal for detailed and small work |
Welding Speed | Fast, making it efficient for larger, thicker materials | Slower, requires more skill and control | Very fast, ideal for high-volume production |
Material Thickness | Best for medium to thick materials | Best for thin to medium materials | Suitable for a wide range of thicknesses |
Material Types | Works well on steel, stainless steel, aluminum, and other metals | Best for stainless steel, aluminum, copper, and thin metals | Can weld various metals, including dissimilar ones |
Difficulty Level | Easier to learn and automate | Requires a high level of skill and control | Complex setup and requires advanced technology |
Heat Input | High heat input, can lead to distortion on thin materials | Lower heat input, reduces distortion on thin materials | Focused heat input, minimal distortion |
Cost | Relatively low cost for equipment and materials | Moderate cost, especially for skilled labor | High cost due to advanced equipment |
Application | Used for general fabrication, automotive, and heavy industries | Used for precision welding in aerospace, automotive, and artistic work | High-precision industries, medical, automotive, and electronics |
Portability | Equipment is portable and widely available | Less portable due to specialized equipment | Typically stationary, requires large equipment |
Yaskawa Robots | MOTOMAN AR1440, AR2010, AR3120, MA1440 | MOTOMAN AR1440, VA1400 | MOTOMAN MC2000, MOTOMAN YLS |