The welding world has long been acquainted with anti-spatter sprays and gels, which many consider necessary evils in achieving clean welds. OTC DAIHEN USA is challenging this status quo with a revolutionary approach that aims to make anti-spatter agents a thing of the past.

Grinding and abrasives have long been necessary but costly in welding to achieve precision and quality finishes. Manufacturers are now finding considerable savings in time and costs with OTC DAIHEN’s innovative welding technology that cuts down the need for grinding and abrasives.

For decades, helium has been a critical component in welding processes, prized for its inert properties and performance in high-temperature applications. However, its escalating costs and fluctuating supply have long posed challenges for manufacturers.

Is the welding wire you're using too small, too large or just right? Welding wire is an essential component of the welding process as it serves as the electrode and filler material, melting and fusing with the base metal to create the joint.

The welding wire diameter can significantly influence the quality of the weld, its strength and the overall efficiency of a welding production line. Choosing the right welding wire is key to production efficiency and cost savings.

For many years, manufacturers working with complex projects or thin materials would have raised an eyebrow at the thought of switching from TIG (Tungsten Inert Gas) welding to MIG (Metal Inert Gas) welding.

The welding world has long been acquainted with anti-spatter sprays and gels, which many consider necessary evils in achieving clean welds. OTC DAIHEN USA is challenging this status quo with a revolutionary approach that aims to make anti-spatter agents a thing of the past.

Grinding and abrasives have long been necessary but costly in welding to achieve precision and quality finishes. Manufacturers are now finding considerable savings in time and costs with OTC DAIHEN’s innovative welding technology that cuts down the need for grinding and abrasives.

For decades, helium has been a critical component in welding processes, prized for its inert properties and performance in high-temperature applications. However, its escalating costs and fluctuating supply have long posed challenges for manufacturers.

Is the welding wire you're using too small, too large or just right? Welding wire is an essential component of the welding process as it serves as the electrode and filler material, melting and fusing with the base metal to create the joint.

The welding wire diameter can significantly influence the quality of the weld, its strength and the overall efficiency of a welding production line. Choosing the right welding wire is key to production efficiency and cost savings.

For many years, manufacturers working with complex projects or thin materials would have raised an eyebrow at the thought of switching from TIG (Tungsten Inert Gas) welding to MIG (Metal Inert Gas) welding.