Laser Welding

Laser welding has grown in popularity because of the numerous ways it can produce tools critical to industrial and agricultural manufacturing. By providing a cleaner edge with improved perpendicularity than other forms of flame cutting, laser welding tackles difficult profiles and tight tolerances with speed and precision.  It also provides a cleaner edge with improved perpendicularity, a smaller kerf, and fewer heat-affected areas. This process is excellent for cutting carbon, aluminum alloys, and stainless-steel material in a variety of gauge thicknesses and plates.

Precise, Repeatable, High-Quality Welds

• Military Equipment
• Trucks & Trailers
• Industrial Equipment

Steps in the Laser Welding Process

Laser welding generates a highly concentrated beam of light to produce a metal-to-metal weld with no filler material needed. The beam of light is amplified and directed on the material seams until they reach a melting point that fuses the two surfaces together. Gas, solid-state, and fiber are the most common types of laser welding technologies.  Laser welding automation results in quality, repeatability, and a high level of productivity. The laser welding process is excellent for cutting carbon steel, low alloy steel, aluminum, and stainless steel materials.

A Commitment to Quality

OMS offers vertically integrated turnkey manufacturing processes including extensive in-house 2^nd and 3^rd step processing capabilities. Our fully automated laser welding equipment represents the most current in technology. Each facility is ISO 9001:2015 certified offering significant capacity and manufacturing redundancies. We practice collaboration on new and existing products using our Value-Analysis/Value-Engineering (VA/VE) process. This allows us to validate the manufacturing process prior to production, saving development time, reducing costs and delivering on schedule every time.