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RF laser engravers are quickly becoming the preferred choice for manufacturers who demand high-speed, high-precision engraving. But what exactly is an RF laser engraver, and why does it stand out in modern production?An RF laser engraver uses a radio-frequency–excited CO₂ laser source to engrave mat

Laser Glass Cutting: A Smarter Alternative to Traditional Waterjet Cutting[City, Date] – Glass processing has always been a demanding industry. Whether it’s ultra-clear glass for electronics, tempered glass for architecture, or decorative glass for furniture and crafts, manufacturers require a cutti

Cutting plotters rely on mechanical blades, requiring frequent maintenance, limited in speed, and restricted to soft materials.
In contrast, ARGUS Laser cutting machines use non-contact high-energy laser beams, achieving higher speed, precision, and compatibility across multiple materials.
They deliver efficient, eco-friendly, and low-cost solutions, making them ideal for mass production and diverse applications.

Recently, our company successfully delivered and installed a Dynamic Laser Marking Machine in Germany. The customer specializes in producing garment fabrics and heat transfer films, and had been seeking a solution that could achieve high-quality, efficient, and stable marking for their expanding pro

01 IntroductionLaser-Arc Hybrid Welding (LAHW), as an emerging welding technology, has attracted wide attention in the industrial manufacturing field, especially in shipbuilding, due to its high efficiency, low heat input, and excellent weld quality. This technology combines the advantages of laser

This study explores aluminum welding using ARM fiber lasers through experiments and FEM simulations, focusing on optimizing power distribution and shielding gas parameters. Results show that dual-mode power distribution and low-flow back shielding gas improve penetration depth, reduce reinforcement, and lower surface roughness. ARM fiber lasers demonstrate strong potential for high-efficiency, high-quality aluminum welding in aerospace and automotive industries.

Laser cutting has become an essential technology across industries such as manufacturing, signage, textiles, packaging, and even creative design. With so many different machines on the market, choosing the right laser cutter can feel overwhelming. Here’s a step-by-step guide to help you make the bes

Can a Laser Cutter Cut Fabric?Have you ever wondered if a laser cutter can handle delicate fabrics like cotton, silk, or polyester? The answer is yes — and the results are amazing.Why Use a Laser Cutter for Fabric?Traditional scissors or mechanical blades often leave rough edges, especially on synth

This paper introduces the application of laser-arc hybrid welding technologies in medium-thick titanium alloys, highlighting their advantages over traditional welding methods. It compares four advanced processes—laser-MIG, laser-TIG, laser-CMT, and plasma-MIG—analyzing their technical characteristics and application potential. While laser-MIG and laser-TIG are already widely applied, laser-CMT and plasma-MIG show great promise for future high-efficiency and high-precision welding solutions.

What Tool Can Cut Through Glass? Discover the Precision of Laser Cutting"Body:Cutting glass has long been a challenge for manufacturers, designers, and hobbyists alike. Traditional methods such as scoring and breaking are often imprecise and can result in cracks or uneven edges. So, what tool can cu

This article reviews femtosecond laser processing strategies for fabricating micro-holes in brittle materials such as silicon, silicon carbide, sapphire, and diamond. It compares drilling methods, auxiliary techniques, and the effects of different laser parameters on micro-hole quality. Despite significant progress, challenges such as ablation mechanisms, quality control, and large-scale fabrication remain, pointing to future development in hybrid techniques and beam shaping technologies.

Many manufacturers and designers often ask: Can a laser machine cut glass? The answer is a resounding YES—and this technology is transforming industries from architecture to consumer electronics.Why Choose Laser Over Traditional Cutting?Conventional glass cutting methods often cause cracks, chips, a

Laser technology has revolutionized manufacturing, engraving, and cutting industries. If you're exploring laser systems, you may have come across three main types: Fiber Laser, CO2 Laser, and Diode Laser. Each has unique advantages and ideal applications. This guide will help you understand the diff

This paper reviews the application of different laser types—CO₂, diode, Nd:YAG, and fiber lasers—in polymer welding, highlighting their characteristics, advantages, and limitations. It emphasizes the critical influence of process parameters such as laser power, scanning speed, number of scans, and beam diameter on weld quality, strength, and stability. The study concludes that achieving high-quality polymer laser welding requires both precise laser selection and fine-tuned parameter control, with future developments expected toward higher precision and broader material compatibility.

This paper demonstrates the fabrication of fused silica microlens arrays using picosecond and CO2 lasers, achieving high transmission efficiencies above 94%. Different types of lenses, including concave, convex, and cylindrical, were produced, with beam profiles simulated using Zemax software and validated experimentally. The results confirm the effectiveness of combining picosecond micromachining and CO2 laser melting for high-precision micro-optics manufacturing.