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Weld pool instability in laser welding refers to the abnormal dynamic behavior of the weld pool (liquid metal area) during the welding process, which is manifested as keyhole oscillation, uncontrolled sparks, penetration depth fluctuation or irregular weld molding.
A refrigerant-cooled handheld laser welder with just 900W of power can now rival the welding performance of a 1500W assembled water-cooled model.
STRONGEST LASER’s independently developed 10kW-class high quality laser beam fiber laser source achieved a major breakthrough in field testing—successfully demonstrating an effective neutralization range exceeding 3 kilometers.
STRONGEST LASER has actively driven the rapid advancement of domestic laser technology through continuous innovation and breakthroughs in high-power fiber laser technology.
Common defects in laser welding include porosity, cracks and sparks. This article will summarize their causes and solutions.
In this article, we will compare fiber lasers and CO2 lasers, focusing on their working principles, advantages, and key differences, to help you make an informed decision.
As a leader in the industry, Strongest Laser specializes in the Additive Manufacturing Series Fiber Lasers, which are designed to enhance the performance and capabilities of 3D printing and other industrial applications.
while the initial purchase cost of laser welding equipment is higher, the overall cost-effectiveness of laser welding improves due to its higher efficiency and lower consumable costs over time.
Meanwhile, its user-friendly operation interface and excellent after-sales service have won customers' trust and love.
Avoid Porosity & Oxidation: A Data-Driven Guide to Laser Welding Gas Selection