Micromachining has revolutionized the manufacturing industry, and laser processing has been a game-changer in this field. But not all lasers are created equal. The type of laser used can have a significant impact on the …
Nanosecond vs Picosecond vs Femtosecond Laser: Explained Read More »
Laser additive manufacturing technology has the advantage of rapidly forming complex-shaped parts and has received widespread attention in recent years. This article introduces two laser additive manufacturing technologies, directed energy deposition (DED) and selective laser …
Advancements in Laser Additive Manufacturing of 316L Stainless Steel Read More »
At present, a wide variety of 3D laser scanning systems are in use, with different types and areas of operation. They can be classified in many ways based on different research perspectives and working principles. …
3D Laser Scanning Systems: Classification and Applications Read More »
Since the invention of the world’s first semiconductor laser in 1962, semiconductor lasers have undergone tremendous changes, greatly promoting the development of other sciences and technologies, and are considered one of the greatest human inventions …
Basics of Semiconductor Laser: Working Principle, History & Applications Read More »
1. Introduction: With the advancement and development of technology, laser processing technology has been widely used in production practice. Laser processing (Laser Beam Machining, LBM) can be used for drilling, cutting, fine-tuning of electronic devices, …
Laser Cleaning Technology: Principles and Applications Read More »
Summary To address the issue of poor joint performance caused by the brittle compound layer at the aluminum/titanium interface, nanosecond lasers were used to treat the surface of titanium alloys through lattice and linear treatment, …
Exploring Laser Texturing: Its Influence on Aluminum/Titanium Brazing Read More »
I. Introduction In 1964, Patel obtained continuous laser output at wavelengths near 10.4 microns and 9.4 microns in CO2 gas discharge, giving birth to the world’s first CO2 molecular laser. It has a significant power …
Aspiring engravers often struggle with determining the optimal settings for their laser engraving machines. Fortunately, a comprehensive laser engraving speed chart has been compiled to assist in this process. This chart provides detailed information on …
Laser Engraving Speed Chart: 12 Types of Materials Read More »
Are you curious about the cutting-edge technology that’s revolutionizing the manufacturing industry? Look no further than laser processing! From welding to drilling to heat treatment, laser processing offers unparalleled precision and efficiency for a wide …
Advancements in Laser Processing Technology: Applications & Developments Read More »
I. What is a Laser Marking Machine? A laser marking machine employs high-energy density lasers to irradiate parts of a workpiece locally, causing surface material to vaporize or undergo color-changing chemical reactions, thereby leaving a …
Laser Marking Machines: Principles and Applications Read More »
1. Operation 1.1 Start-up Sequence for Laser Marking Machine Emergency Stop Switch – Control Switch – Computer – Laser Switch 1.2 Shutdown Sequence for Laser Marking Machine Laser Switch – Control Switch – Emergency Stop …
Laser Marking Machine Operating: Step-by-Step Guide Read More »
The laser marking machine is a piece of equipment that uses a laser beam to permanently mark the surface of various materials. On the other hand, the laser engraving machine is an advanced equipment that …
Laser Marking vs Laser Engraving Machines: Understand The Difference Read More »
1. Introduction Research on doped fiber lasers utilizing gain media dates back to the 1960s when Snitzer reported in 1963 the creation of a fiber laser with neodymium ions (Nd3+) doped in a glass matrix. …
1. What Is a Fiber Laser? A fiber laser refers to a laser that uses glass fibers doped with rare-earth elements as the gain medium. It can be developed on the basis of fiber amplifiers: …
What Exactly is a Fiber Laser: Unraveling the Secrets Read More »
Looking for a cutting-edge surface heat treatment technology that can transform the properties of metal materials? Look no further than laser heat treatment! This innovative process uses high-power laser beams to modify the surface composition, …
Laser Heat Treatment: Principles, Advantages, and Applications Read More »
The world’s first laser was developed by American scientist Professor Theodore Harold Maiman using ruby in 1960. Since then, lasers have been utilized in various fields, contributing to the rapid development of science and technology …
Why use a laser marking machine? Can other marking machines be used? Of course, other marking machines can be used, but laser marking machines are widely used and have considerable advantages in many industries. In …
Problem 1: Laser intensity decreases, marking is not clear enough Solution for the marking machine: ① Check if the laser resonator has changed; fine-tune the resonator lens to achieve the best output light spot. ② …
Expert Tips for Simple Repair and Daily Maintenance of Laser Marking Machines Read More »
With the continuous development of science and technology, there has been a shift in the laser electromechanical industry from early inkjet printers to today’s laser marking machines, each with its own merits. However, if we …
Laser Marking Machine vs Inkjet Printer: Which is Best for Your Business? Read More »
Fiber laser marking machines, controlled by computers, are used to etch characters, patterns, or barcodes on card surfaces. They offer advantages like aesthetically superior marking, no consumption of materials, and maintenance-free operation. Fiber laser marking …
Application of Fiber Laser Marking in the IC Card Industry Read More »
When problems arise with laser marking machines, if they cannot be resolved promptly, it may affect the delivery time of the products. Although the repair of laser marking machines can be troublesome, the underlying principles …
Analysis of 5 Common Failures of Laser Marking Machines Read More »
China’s laser marking industry has a rich history of over 50 years and boasts the earliest development and highest adoption rate of laser equipment. Laser marking machines have found widespread use across a variety of …
The 10 Best Laser Marking Machine Manufacturers & Brands in China (2023 Updated) Read More »
There are numerous types of laser equipment available in the market today. Each type of laser is designed to meet specific requirements for different materials. Hence, it is not possible to determine which laser is …
Some common methods for reducing the thermal effects of laser marking machines include: 1. Optimizing the focus of the laser beam Optimizing the focus of the laser beam can make the energy more concentrated, causing …
Top 9 Tips to Minimize Thermal Effects in Laser Marking Read More »
The styles in the furniture market are constantly changing. Traditional materials include wood, stone, sponge, cloth, and leather. In recent years, the market share of metal furniture has been increasing, with stainless steel being the …
Laser Processing: Revolutionizing the Making of Metal Furniture Read More »
Cutting and joining technology is an important technology cluster in the industrial system. Laser processing is one of the brightest jewels in this technology cluster. Especially in today’s Industry 4.0 and smart manufacturing, some people …
Who Invented Laser: Unveiling the 50-Year History Read More »
Are you curious about the latest advancements in fiber lasers and their impact on industrial processing? As the demand for high-power fiber lasers continues to rise, new challenges have emerged, such as the thermal lens …
Thermal Lens Effects in Laser Applications: Solutions and Insights Read More »
To further expand the laser application market, we need to identify new growth opportunities. Beyond the traditional applications of cutting, marking, and welding, laser cleaning has emerged as a promising growth area in recent years …
Breaking Through the Application Bottleneck with Laser Cleaning Read More »
The widespread use of laser technology in industries has become prevalent. Lasers are utilized in a variety of fields including automobile manufacturing, power batteries, mobile phone production, aerospace, medical equipment, defense, and military. Laser technology …
Exploring 3 Types of Lasers: The Heart of Laser Equipment Read More »
Are you tired of dealing with worn-out parts and costly repairs? Look no further than laser cladding! This innovative technology uses high-energy lasers to deposit selected coating materials onto the surface of a substrate, creating …
What Is Laser Cladding: Characteristics & Applications Read More »
Lasers are an essential component in modern laser processing systems. With the advancement of laser processing technology, lasers themselves are also evolving, leading to the emergence of new types. Initially, the main types of lasers …
5 Laser Types Compared: Performance and Applications Read More »
I. Startup Procedure Startup Procedure for Fiber Laser Marking Machine 1) Activate the main power air switch 2) Start the computer 3) Turn on the control power key 4) Activate the red light 5) Launch …
Laser Marking Techniques: Unlocking the Potential of Precision Read More »
Since its introduction in 1960, laser technology has rapidly found applications in manufacturing. Subsequently, as the understanding of the underlying theory has deepened, various types of lasers have evolved, broadening their application range and progressively …
Laser Engraving Technology: A Comprehensive Overview Read More »
I. Purpose To standardize the behavior of operators, ensure human and machine safety, prevent the rework and scrap of products due to human negligence, and promote the standardization and normalization of operations. II. Scope of …
Laser Engraving Machine Safety Operation Procedures and Maintenance Read More »
Are you curious about the latest technology being used in the machinery manufacturing industry? Look no further than laser processing technology! This green, efficient, and precise technology is revolutionizing the way we approach engineering machinery …
Prospects of Laser Technology in Engineering Machinery Read More »
For many professionals in the laser industry, laser protective glasses are a familiar concept. However, for many others, their understanding of these glasses may be limited, and they may only use them as required by …
Decoding the Colors of Laser Protective Glasses: What Do They Signify? Read More »
A laser displacement sensor is a measuring instrument that uses laser technology to measure the position, displacement, and other changes of a measured object. It consists of a laser, a laser detector, and a measuring …
Understanding the Working Principle of Laser Displacement Sensors Read More »
The four fundamental elements influencing laser engraving are: engraving speed, laser power, engraving precision, and the material. To achieve a certain engraving effect on a specific material, it requires the absorption of a certain level …
In-Depth Look: 6 Crucial Materials for Laser Engraving Read More »
This article mainly analyzes the application of new laser marking technology, introduces the technique characteristics of nameplate laser marking and wire laser marking, and also describes the safety protection issues of laser marking technology. Overview of …
Understanding Laser Marking: Exploring Its Two Vital Applications Read More »
I. Startup 1. Connect the external power supply. 2. Turn on the main power: Insert the system key into the key slot at the top right corner of the main control box, rotate the key …
For the domestic market, the technology and development of fiber lasers have reached a relatively high level of maturity. If you are considering using a fiber laser, it is advisable to opt for a domestic …
The optical fiber combiner is a type of optical fiber connection device that utilizes optical fiber precision fusion technology to maximize the coupling of optical energy from the transmitting optical fiber to the receiving optical …
The Fiber Combiner: An Essential Component of Fiber Lasers Read More »
1. Introduction As we know, various stresses during the laser cladding process, including thermal stress, organizational stress, and constraint stress, along with the influence of temperature gradients and molten pool convection, can lead to undesirable …
Effects of Laser Cladding Process on Layer Cracking Read More »
I. Characteristics of Laser Cladding 1. Technical Features The most important feature of laser cladding is the concentrated heat, rapid heating, rapid cooling, and small heat affected zone. It has unparalleled characteristics for the fusion …
Plasma Cladding vs Laser Cladding: Understanding Pros & Cons Read More »
1. Overview The materials for laser cladding on the surface of titanium alloys mainly include: fusible alloy materials, composite materials, and ceramic materials. Among them, the fusible alloy materials primarily consist of iron-based alloys, nickel-based …
Titanium Alloy Laser Cladding Systems: Ultimate Guide Read More »
Since 1995, the laser marking industry has seen advancements in large format systems, rotating mirror systems, and vibrating mirror systems. The control mode has also evolved from software direct control to upper and lower computer …
Understanding the Working Principle of Laser Galvanometer Read More »
In the mid-20th century, laser technology emerged. Over the years, due to the hard work and dedication of generations of scientists and technicians, laser technology has evolved and been refined. From its early stages of …
5 Innovative Applications of Laser Technology in Industrial Production Read More »
When you want to buy laser goggles, open the browser and you will see a wide range of laser goggles. Click in and you will see lenses of various colors and various parameters. At this …
Laser cleaning is an effective method to remove dirty particles and films of different materials and sizes from a solid surface. By using a high-brightness and well-directed continuous or pulsed laser, a laser beam with …
Laser Cleaning Machines: Unlocking the Mechanism and Parameter Influence Read More »
Laser processing includes cutting, marking, drilling, or structural fabrication. Laser processing not only requires high speed and accuracy but also needs to maintain high output. Therefore, the application of lasers in industrial manufacturing faces many …
Revolutionizing the Electronics Industry with Laser Processing Technology Read More »
To ensure high-quality laser processing, it is important to pay special attention to the six hidden dangers that exist in laser systems. Measuring the performance of the laser is one of the best ways to …
