What is ultrafast laser? Ultrafast lasers, also known as ultrashort pulse lasers, have emerged as a revolutionary technology in material processing and precision applications. In […]
What is Ultrafast Laser? | Principles, Material Processing Applications and Future Read More »
This article explores the differences between oxygen and nitrogen as auxiliary gases. Learn why selecting the right assist gas is crucial for optimizing laser cutting metal, how these gases affect cut quality, speed, and cost, and which gas is best suited for various materials and applications. We’ll dive into oxygen vs nitrogen laser cutting for metal and guide you how to choose the ideal gas to achieve the best results.
Oxygen vs. Nitrogen Laser Cutting-How to Choose? Read More »
What is 4 in 1 laser welding machine? The 4 in 1 handheld laser welding machine consists of a fiber laser generator, handheld laser gun,
This article introduces why bevel laser cutting for metal is widely used. Laser cutting technology has become essential for bevel cutting, particularly suited for precise processing of metal sheets. We’ll explore how laser cutting machines perform bevel cuts, the unique advantages of bevel laser cutting, and its specific applications across various industries.
In this article, we will explore what is 5 in 1 laser welding machine, highlighting its five key functions and significant advantages over traditional welding methods. We will delve into the unique features of this all-in-one solution, including its welding parameters, which make it ideal for a wide range of applications.
This blog will detail how to choose a 1000w laser welder to suit your needs. We will delve into the welding characteristics of the 1000W laser welding machine, including applicable materials, welding thickness, main welding parameters, etc., and compare it with the traditional argon arc welding. Finally, we will introduce DPLaser’s self-developed 1000w laser welder and its features. This is a complete guide to the 1000W laser welding machine.
In the article, we delve into the key factors affect laser welding quality. This includes laser power, welding speed, materials, optical components, and more, providing practical solutions and optimization suggestions. This post can help readers gain a comprehensive understanding of the critical factors affecting the quality of laser welding, enabling them to achieve better welding results in practice.
Protective and focusing lenses play a vital role in the precision optics of laser welding. This article discusses how to replace protective lens for handheld laser welding machine, providing you with a detailed guide to replacing and maintaining your laser welding protective and focusing lenses. We will explain when and how to replace these critical components to ensure that your laser welding equipment is always in optimal condition.
How to Replace Protective Lens for Laser Welding? Read More »
In this article, we will take an in-depth look at the difference between 2d and 3d cutters, revealing the unique differences between these two cutting methods and their respective areas of application. Specific applications of 2D and 3D laser cutting in areas such as metal fabrication, design and construction will be analyzed in detail to help you better understand when to choose which laser cutter to use.
What’s the Difference between 2D and 3D Laser Cutting? Read More »
