FAQ

Welcome to our detailed FAQ guide—designed specifically for factory customers and distribution partners who want to understand exactly what we can provide, why our laser solutions are trusted in 2026, and how we support industry success. Whether you are a manufacturing plant looking to upgrade production, a precision fabrication shop seeking reliable laser welding systems, or a distributor building a competitive product portfolio, this guide answers your most important questions clearly and practically. Table of Contents What types of laser solutions do we offer? What industries do our laser machines serve? What laser welding machines are available? What laser cutting systems do we provide? Do we have laser cleaning and surface preparation solutions? Can we customize laser systems for specific applications? What is the typical delivery time for orders? What kind of installation and training support do we offer? How do we ensure quality and reliability? What after-sales services do we provide? Do we work with distributors and resellers? How do our pricing and financing options work? What warranty and maintenance plans do we offer? How do we support global...

Introduction: Why Understanding the Types of Laser Welders Matters Laser welding has rapidly transformed modern manufacturing, replacing many traditional joining methods in industries ranging from sheet metal fabrication to precision electronics. However, for buyers and engineers new to this technology, the wide variety of machines available can be confusing. Questions commonly asked include: What are the main types of laser welders? Which laser welding machine is most widely used today? Why do prices vary so dramatically? Should I choose an air-cooled or water-cooled system? Which option is best for my factory or workshop? This comprehensive guide is designed as an educational resource for customers evaluating laser welding technology. It explains the types of laser welders, their working principles, price differences, cooling methods, and real-world advantages so you can make an informed decision. What Is Laser Welding? Laser welding is a process that uses a highly concentrated beam of light to melt and fuse materials, typically metals. Because the energy is precisely controlled, laser welding offers significant advantages over conventional methods: Extremely high precision Minimal heat-affected zone Low distortion Clean weld...

How to Choose the Right Laser Welder Based on Material Thickness and Application Choosing the right laser welder is a critical decision for manufacturers, fabricators, and workshops aiming to improve welding quality and production efficiency. Unlike traditional welding methods, laser welding offers higher precision, faster speeds, and cleaner weld seams—but only when the equipment is properly matched to the application. Among all selection criteria, material thickness and usage scenario are the two most important factors that directly influence performance, cost, and long-term reliability.   1. What is the most important factor when choosing a laser welder? The most important factors when selecting a laser welder are material thickness and welding scenario. Material thickness determines the required laser power to achieve sufficient penetration and joint strength, while the usage scenario defines the machine configuration—such as handheld, workstation-based, or fully automated systems. Ignoring either factor can result in poor weld quality, low efficiency, or unnecessary investment. A well-matched laser welder ensures consistent welds, minimal heat-affected zones, and stable long-term operation.   2. How does material thickness affect laser welder selection? Laser power...

1. What is the first thing to consider when choosing a laser cleaning machine? Start by identifying your cleaning needs: the type of material (metal, plastic, rubber), the kind of contaminants (rust, paint, oil), and the size of surfaces you will clean most often. Matching machine specs to these requirements is essential for effective cleaning.   2. How does laser power affect the choice ? Laser power determines how fast and effectively contaminants are removed: Low power (20–200W): Suitable for delicate surfaces, light rust, thin paint, or precision tasks. Medium power (200–500W): Ideal for general cleaning of rust, grease, and paint on moderate-sized parts. High power (500W+): Best for heavy-duty cleaning on thick coatings and large surfaces in industrial environments. Choose the lowest power that safely handles your hardest cleaning task to avoid surface damage and excessive cost. 3. Should I choose handheld or stationary? Handheld machines are great for flexible on-site cleaning, repairs, and variable workpieces. Stationary units or automated systems suit high-volume production, assembly lines, or fixed cleaning stations.   4. Is wavelength important? Yes. The laser wavelength...