Welding

Dedicated to evolving the frontiers of laser welding, Prima Power LASERDYNE, a leader in laser welding technology, takes pride in its specialized solutions for various industrial applications. Emphasizing specialization, our laser welding systems integrate the latest fiber laser sources and adaptive optics for efficient material fusion.

This specialized prowess extends across diverse sectors, from intricately welding medical device components to joining high-strength alloys for aerospace applications.

LASERDYNE's expertise assures superior weld quality, minimal thermal distortion, and a significant boost in productivity. Harnessing leading-edge technology allows businesses to achieve welds with micron-level accuracy, setting new standards aligned with rigorous industry benchmarks.

Resources

Welding Process Guides

Selecting and Delivering Shield Gas in Laser Welding  

Minimizing Porosity in Fiber Laser Welding

Laser Welding with Wobbling

Why Use Filler Metal with Laser Welding?

Developing Processes for Laser Welding with Wire Feed

Joint Design and Fit-up Guidelines for Laser Welding

New Laser Welding Capability from Prima Power Laserdyne

Welding metals and alloys

Introduction to Laser Welding of Aluminum Alloys

Considerations in Welding Titanium-Based Aerospace Alloys

Laser Welding Ti-6Al-4V Using Filler Wire

Considerations in Welding Nickel Based Aerospace Alloys

Laser Welding of Wrought Inconel 718 Nickel-based Superalloy

Laser Welding Aluminum Alloys and Dissimilar Metals

Laser Welding Austenitic (300 Series) Stainless Steel

How Does Rapid Colling Affect the Structure of Laser Welds in Stainless Steel?

Effect of Shield Gas and Welding Parameters in Laser Welding Structural Steel A36

Welding dissimilar metals and alloys

Laser Beam Welding of 304 Stainless Steel to Zinc Coated Steel

Laser Welding Copper and Nickel Combinations

Laser Welding Dissimilar Metals – Ti-6Al-4V to Inconel 718

Process Calculator

Using the Process Calculator to Develop Laser Welding Processes