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This article compares arc welding and laser welding in terms of welding morphology, oxidation behavior, and process selection logic—providing clear guidance for engineers and manufacturers.
STRION LASER made a brilliant appearance with its four major innovative product lines, showcasing the hardcore strength and vibrant innovation of China’s intelligent laser manufacturing.
In this article, we’ll share expert-recommended maintenance tips that will help extend the life of your handheld laser welder, reduce repair costs, and ensure optimal operation for years to come.
In an era of rapid industrial transformation, STRION LASER, a rising leader in China's advanced manufacturing sector, proudly launches its latest dual-line laser welding solutions: the MASTER X and LITE S series.
This article details STRION LASER’s solutions, backed by experimental data (Tables 1–2), and demonstrates their industrial applicability in achieving >30% stronger joints and near-parent-material conductivity.
STRION LASER has successfully completed a tensile and weld strength verification test on 430 stainless steel using its advanced 1.8M Sinomach robotic welding system (Model: HW850)
The training was structured into two levels—Level 1: Foundation Training and Level 2: Advanced Training—covering everything from basic installation to advanced fiber maintenance and welding process optimization.
The combination of aluminum and laser welding seems like a perfect match at first glance. However, due to their conflicting characteristics, this pairing presents numerous challenges in practical welding operations.
This article provides a detailed comparison of small-core and large-core fiber lasers, highlighting their respective strengths and ideal use cases.
STRION LASER Drives Innovation in High-Power Continuous Fiber Lasers at the OVC EXPO