Industrial Laser Marking Machines Whether you need a manually loaded workstation or fully automated machine, we offer a wide range of solutions built for industrial applications and optimized to mark metals. Turnkey laser marking solutions We offer everything you need to get running, including class-1 laser safety enclosure, active dust and fume …
The application of laser marking machine in the glass industry is becoming increasingly widespread, adding various values such as personalization and brand identification to glass products. We will delve into the discussion of how to correctly select the laser etching machine for glass bottles and key factors to consider during the …
Laser marking machines for your product identification needs. Engineered to mark crisp & clean codes on various industrial products at ultra-fast speeds to achieve high quality permanent codes. Let Videojet help you select the right laser marking system.
How to select the right lens for your application. Selecting the right lens can be the key to perfect laser results. Use the following guide to determine which lens you should use for your application.
The marking systems from TRUMPF are comfortable and ergonomic to use. All laser marking systems meet laser class 1.
Select by Industry. Laser marking is a marking method that uses a focused laser beam to alter the surface of a target. This section introduces how laser marking is …
Laser marking works by using a focused beam of light to mark the surface of a material. When the beam interacts with the material's surface, it alters the material's properties and appearance. ... Laser Marker Selection Resources; When to Use; Application Examples; Selecting the Right Laser Marker As you research solutions for your marking ...
In addition laser marking equipment takes up a small footprint and is available in integration-friendly configurations. Because there is no "one size fits all" solution for all, we offer a wide selection of laser marking machines to ensure the best mark for …
This article will explore the impact of the selection of laser parameters in laser marking on the marking effect, including factors such as laser power, marking speed, laser …
This article will explore the impact of the selection of laser parameters in laser marking on the marking effect, including factors such as laser power, marking speed, laser wavelength, pulse power, etc.
TRUMPF marking lasers are available in many different power classes and with all standard wavelengths, which means that you can find the right laser for any marking task. Country/region and language selection
This section introduces marking and applications useful in the electric vehicle (EV) industry. In recent years, laser marking has become widely used to mark electric vehicle parts and components, such as the vehicle's make and model, as well as its serial number.
Browse by wavelength, material and application. Find out what makes lasers different. and how to find the right system for you. What do you need ? High-constrast marks on …
General marking, deep marking or color marking will decide the fiber laser types you need to work with. Round Materials Marking: A fiber laser marking system can be configured with a rotary attachment which is used for laser engraving round objects, such as bottles, pens, golf clubs and so on.
For laser on plastic parts we offer various laser plastics for many applications across all industries. Laser marking is an extremely robust and forgery-proof method to label your products.
Laser marking is a marking method that uses a focused laser beam to alter the surface of a target. The laser beam is emitted by an oscillator and scanned using a mirror (known as …
Learn how laser marking is used in the automotive industry, how direct laser part marking improves automotive safety, and common auto part marking applications.
The main benefit of fiber lasers over other types of marking systems is the high-output power that they feature. Compared to other systems, a high-output fiber laser can lead to remarkable improvements in marking time, efficiency, engraving depth, and mark quality.
Laser marking is a very versatile process, encompassing different techniques such as engraving, etching, ing, carbon migration, etc. The right marking method will depend on your material and quality requirements. Read on as we discuss the details of this innovative technique. What is Laser Marking and How Does it Work?
Given the numerous types of lasers and materials involved, picking the best laser for a marking application can be a challenge. An understanding of the laser characteristics and the material properties is essential to making an optimal choice.
Laser marking is a broad term that encompasses various techniques used to create permanent markings on the surface of a material using a laser beam. This …
Laser marking is the process of permanently marking a surface using a focused beam of light. It can be performed using different types of lasers, including fiber lasers, CO2 …
There are a variety of laser sources, and we will highlight three types, as well as two subtypes, of the best laser-marking technology and outline the best choice …
Explore our UV laser marking solutions for clear colour marking and minimal product damage. KEYENCE offers insights on UV laser markers and machines.
Laser marking machines are available in different sizes, so it's important to select one that offers an adequate marking area for your specific needs. Make sure to take into account the dimensions of your products or components to ensure they fit within the machine's designated workspace.
Laser marking is a collective term for several marking procedures: ablation, engraving, annealing, black marking, colour change and ing. Country/region and language selection Products
This article examines the selection of thermoplastics, which is critical to achieve robust inkjet and laser marking results. Inkjet and laser marking processes require precise engineering of ink/laser chemistries, thermoplastics, polymeric surface science, process/equipment design and skilled manufacturing techniques.
Transition to Cold Marking: AllMax piloted UV laser marking on select production lines before full-scale implementation. Results and Benefits: The transition led to parts with consistent quality, improving vehicle performance.
Quick Delivery and Comprehensive Support. KEYENCE supports customers from the selection process to line operations with on-site operating instructions and after-sales support.
Laser etching uses a laser beam that is generated inside of a laser marking machine. To laser etch, first you need to upload or design the mark that you want etched and then set the parameters for the given material you are etching. The laser marking machine analyzes this information and completes the etching process.