Portable laser marking machines are rapidly emerging in various industries with their flexibility and efficiency. This equipment is not only suitable for a variety of materials, but also can be easily operated in a variety of occasions, providing great convenience for users. We will discuss what is portable fiber laser marking machine and introduce its practical applications to help you fully understand this advanced marking technology.
What is Portable Laser Marking Machine?
The portable laser marking machine is designed to address the challenges of laser marking on large components. It is easy to carry and has a wider working range, not limited to a fixed position, making it more convenient and practical to use.
Compared to various desktop laser marking machines, the portable laser marking machine offers handheld marking, characterized by its light weight and ease of operation. Due to its compact and convenient operational mode, it is also known as a handheld laser marking machine or a handheld laser coding machine.
Advantages and Features of Handheld Portable Laser Marking Machine
The portable laser marking machine can print clear trademarks, text, patterns, numbers, barcodes, and other information on various products with simple operation. Due to its lower degree of automation, it is more suitable for enterprises with lower production speed requirements.
1. Low Cost: The compact portable laser marking machine can be used for multiple purposes, providing high clarity in printing, stable performance, long lifespan, clear text, low power consumption, and economical use of materials.
2. Lightweight and Practical: The portable laser marking machine offers flexible use. Its handheld operation makes the device lightweight and practical, ensuring uniform and aesthetically pleasing prints regardless of movement speed. Portable laser marking systems are usually designed as handheld laser heads or small desktop models, making them easy to carry and transport.
3. Simple, Fast, and Fine: The portable handheld laser marking machine excels in high-speed engraving. Unlike traditional engraving tools, laser technology allows for quick and stable completion of engraving tasks.
4. Durable Marking Effects: Marks made by the handheld laser marking machine are resistant to environmental influences, ensuring they do not fade or wear off, and remain clear and intact over time. As the marks are engraved on the material surface, they are resistant to friction and corrosion.
5. Programmability: The handheld portable laser marking machine can be controlled via a computer, capable of engraving various complex patterns and text. Operators can freely change the marking content and format as needed, offering high flexibility.
6. Wide Application: By equipping it with fiber, CO2, or UV laser sources, the portable laser marking machine can precisely engrave on various materials. Whether it’s metal, wood, plastic, ceramics, or glass, the handheld laser marking machine can mark with great accuracy. The text or patterns it engraves are very clear and fade-resistant, significantly enhancing the quality and aesthetics of the products.
7. Environmental Friendliness: The portable laser marking machine uses laser technology for marking, eliminating the need for chemical solvents or inks that are traditionally used and can pollute the environment. Compared to traditional engraving tools, the portable laser marking machine is noise-free and pollution-free, meeting modern environmental standards.
Limitations of Portable Fiber Laser Marking Machines
1. Power and Speed Limitations: Compared to high-power and high-speed desktop laser marking machines, portable handheld laser marking machines generally have lower power and slower speed, which limits their processing efficiency. They may not be ideal for applications requiring high-volume and high-efficiency production.
2. Stability Requirements: Handheld laser marking machines require the user to maintain a stable hand during operation to ensure the quality and precision of the marking. Any instability can affect the marking outcome.
3. Marking Size Limitations: Due to the constraints of the galvanometer system in laser marking machines, handheld laser marking machines have limitations on the marking size. Common marking ranges are 70mm x 70mm, 100mm x 100mm, and 140mm x 140mm.
Applications of Handheld Portable Laser Marker
A portable laser marking machine can engrave text, patterns, barcodes, QR codes, and other types of marks, making it suitable for various applications. This device can be customized according to customer requirements to meet the specific needs of different industries. It is especially useful for marking hardware tools, knives and kitchenware, plastic products, computer keyboards, metal jewelry, buttons, integrated circuits, packaging bottles, eyeglass frames, bathroom products, faucets, and other items.
Manufacturing: Handheld laser marking machines can be used to mark various materials such as metal, plastic, and glass. In the manufacturing industry, they can be used to mark batch numbers, dates, serial numbers, and trademarks, facilitating product tracking and identification.
Electronics: They are useful for marking important information on electronic components, circuit boards, hard drives, and phone cases, ensuring product quality and anti-counterfeiting.
Packaging and Printing: Portablelaser marking machines can be used in the packaging and printing industry to mark product packaging cartons, hardcover book covers, plastic packaging, and paper labels. The portable flying laser marking machine is highly convenient for marking product batch numbers, production dates, barcodes, and logos on packaging. It enhances the aesthetic appeal of product packaging while providing clear information.
Handheld portable laser marking machines are widely used in manufacturing, electronics, packaging and printing industries. Its speed, accuracy and portability make it an indispensable tool in many industries. If you work in the manufacturing industry, it is recommended that you adopt a handheld laser marker to enhance your productivity.
How to Use Portable Laser Marking Machine for Metal?
Handheld laser marking machines use laser beams to directly engrave content on the surface of items, making operation simple and convenient while delivering clear and durable marking effects. Here, we provide a tutorial on operating a laser marking machine to help you get started easily and achieve efficient marking.
Preparation
Before using the portable laser marking machine, some preparatory steps are necessary. Ensure that the laser marking machine and its surroundings are clean and tidy to avoid any dust or debris affecting the device and marking quality. Additionally, check the device’s power supply and connections to ensure it starts up and operates correctly.
Selecting Appropriate Parameters
The operation interface of the portable laser marking machine usually offers various parameters for users to select, including marking speed, power, and focal length. Based on the material of the item being marked, the depth of the marking, and the desired effect, adjust these parameters accordingly. Generally, higher power results in faster marking speeds and more pronounced effects, but adjustments should be made based on the specific situation.
Graphic Setup and Editing
The portable laser marking machine allows for marking through either importing external files or manually drawing graphics. If you already have the required graphic files, you can import them directly for marking. If you need to draw graphics manually, use the built-in editing tools. During the setup and editing process, you can scale, rotate, and align the graphics to achieve a more precise marking result.
Fixing the item and starting the Marking Process
Secure the item to be marked on the machine’s worktable to ensure stability and accuracy. Also, ensure that the distance between the item and the laser beam is appropriate to avoid affecting the marking quality. Then, press the start button, and the laser marking machine will automatically perform the marking operation according to the preset parameters and graphics.
Checking and Adjusting the Marking Effect
After the marking is complete, promptly check if the marking effect meets the requirements. If any issues are found, adjust the parameters, reconfigure the graphics, or redo the marking as needed. Typically, adjustments are made through trial and error or based on operational experience until the desired marking effect is achieved.
Laser Marking Machines of DAPENG LASER
Dapeng Laser Technology Co., Ltd. is a laser technology company dedicated to the research, design, production, sales, and service of industrial laser equipment. The company started with the development of laser marking machines and its main products include fiber laser marking machines, UV laser marking machines, CO2 laser marking machines, desktop laser marking machines, CCD vision laser marking machines, flying online laser marking machines, and non-standard automation laser equipment. Customized laser marking equipment from Dapeng Laser is used in industries such as metal working, electrical appliances, hardware products, tool accessories, precision instruments, jewelry, eyeglasses and watches, integrated circuits, craft gifts, plastic molds, and medical devices.
How Much Does a Cheap Portable Laser Marking Machine Cost?
The price of a laser marking machine depends on the equipment’s specifications. The price range for portable fiber laser marking machines varies widely and is influenced by factors such as the machine’s configuration, laser power, marking precision, and additional features. Generally, the cost of a basic model of a portable fiber laser marking machine can range from around $1,000 to several thousand dollars.
If you do not need many features, you might opt for a more basic fiber laser marking machine, which will be relatively less expensive. However, if you require a customized fiber laser marking machine tailored to your production line, the price will be higher.
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