Argus Laser News and Tips for using

The 139th Canton Fair has officially concluded in Guangzhou, once again serving as a global hub for international trade and innovation.Argus Laser was honored to participate in this prestigious event, presenting our latest laser technologies and engaging with customers from across the world. The exh

This study demonstrates that combining nitrogen shielding gas with a reduced laser spot size can effectively suppress humping and root sagging defects in high-speed laser welding of stainless steel foil. By stabilizing molten pool dynamics, reducing oxygen content, and optimizing surface tension gradients, the approach significantly improves weld quality and mechanical performance, achieving defect-free welding at higher speeds while providing a predictive model for process optimization.

This study explores the application of circular laser beam oscillation in narrow-gap welding of 5A06 aluminum alloy thick plates, demonstrating that oscillation significantly improves molten pool stability, modifies flow behavior, and enhances sidewall fusion. By combining experimental validation with numerical modeling, the research confirms that circular oscillation effectively suppresses lack-of-fusion defects, reduces plasma plume energy loss, and improves weld quality, providing a reliable solution for high-performance thick plate laser welding applications.

CO2 laser cutting is widely used for processing wood due to its precision and flexibility. However, one common issue many users face is burn marks on the edges.Burn marks not only affect the appearance of the final product but can also increase post-processing time.So, how can you achieve clean, smo

Many buyers focus only on price when choosing a CO2 laser machine. At first, everything seems fine — clean cuts, smooth engraving, and fast production.But after 6 to 12 months, problems start to appear:Cutting power becomes weakerEdges turn burnt or unevenMachine stability dropsMaintenance costs inc

Laser cutting is widely known for its precision, but in real production, many manufacturers encounter a frustrating issue: inconsistent or poor cutting accuracy. This problem not only affects product quality but also increases material waste and production costs.Understanding the root causes is the

The appliance industry is undergoing a significant transformation, especially in glass processing for cooktops, control panels, and decorative surfaces. For manufacturers, this shift is not just about adopting new technology — it is about solving long-standing production challenges and improving ove

In the metal fabrication world, pure copper is the gold standard for EV busbars, heat sinks, and precision electronics due to its elite thermal and electrical conductivity. However, for a fiber laser, it’s a notorious "Laser Killer."

Laser cutting has become the backbone of modern manufacturing. However, choosing between YAG, CO2, and Fiber laser technologies can be a challenge. This guide breaks down their performance to help you find the perfect fit for your production needs.YAG Solid-State Laser: The Economic Choice for Non-F

When choosing a laser engraving and cutting machine, one of the most important decisions is the motion system: belt drive or ball screw drive. Each system offers unique advantages depending on your application, materials, and production requirements.Understanding the difference can help you invest i

Investing in a laser cutting machine is a major decision for many businesses in the advertising, signage, and manufacturing industries. While laser technology offers high precision and efficiency, many buyers still ask one important question: Is it really worth the investment?In this article, we bre

Choosing the right laser cutting machine is a critical decision for businesses in the signage, advertising, and manufacturing industries. However, many buyers make common mistakes that can lead to higher costs, lower efficiency, and poor cutting results.In this guide, we highlight the top 5 mistakes

Laser cutting wood should produce smooth, clean edges, but many users experience rough edges, burn marks, or uneven cuts. These issues not only affect product quality but also reduce efficiency.In this guide, we’ll explain the main causes of rough wood cutting and provide practical solutions to help