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Fiber Laser Marking Machine

Top Fiber Laser Marking Machine Supplier in China

Dekcel stands out as the premier provider of Fiber Laser Marking Machines in China, celebrated for its precision, reliability, and efficiency. Renowned for quality and cutting-edge innovation, Dekcel stands as the ultimate partner for enterprises within China and worldwide in search of top-notch laser marking solutions.

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    Desktop 100W Fiber Laser Marking Machine | Metal Laser Engraver

The DEK-Series desktop fiber laser marking machine utilizes a cutting-edge fiber laser generator. Equipped with either a Raycus or an IPG laser source, this machine operates at the standard 1064nm wavelength. It boasts easy usability, rapid marking speed, exceptional accuracy, a service life of 100,000 hours, and requires minimal maintenance. A fiber laser marker machine emerges as the perfect choice for a wide range of product processing needs.

Fiber Laser Marking Machine
Fiber Laser Marking Machine

Fiber Laser Marking Machine for sale

Elevate your marking precision with the Fiber Laser Marking Machine, now for sale. Perfect for creating lasting marks on a variety of materials. Enhance your marking capabilities today with this cutting-edge machine!

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    Applications of CNC Laser Marking Machine

The fiber laser marking machine is versatile, suitable for marking both metal and non-metal materials. It can imprint time, dates, text, serial numbers, part numbers, company logos, icons, symbols, barcodes, 2D codes, matrix and vector fonts on various metal surfaces. These surfaces include plain, painted, powder-coated, anodized, and plated metals, whether they are flat, curved, or cylindrical.

Mobile devices: iPhone, iPad, iPod, keyboards, and other standard components.

Jewelry accessories: rings, pendants, bracelets, necklaces, sunglasses, watches, and more.

Electronic components: phones, tablets, resistors, capacitors, chips, printed circuit boards, and more.

Mechanical parts: bearings, gears, motors, and other standard components.

Instruments: panel boards, nameplates, precision equipment, and more.

Hardware tools: knives, various tools, measuring tools, cutting tools, and more.

Automotive parts: pistons, rings, gears, shafts, bearings, clutches, lights.

Handicrafts: zippers, key holders, souvenirs, and more.

Samples processed by Laser Marking Machine

Technical parameters of Desktop Fiber Laser Marking Machine

 Model Desktop Fiber Laser Marking Machine
 Laser power Raycus / IPG / JPT laser source
 Laser wavelength 1064nm ±10nm
 Pules frequency 20KHz~200KHz
 Marking range 110*110mm / 200*200mm / 300*300mm
 Minimum line width     0.001mm
 Minimum character 0.1mm
 Marking speed 10000mm/s 
 Marking depth 0~0.5mm
 Engraving line speed ≤ 7000mm/s 
 Repeat accuracy ±0.0025mm
 Marking formatGraphics, text, bar code,two-dimensional code, automatically 
marking the date, batch  number,serial number, frequency,etc.
 Graphic format supportedai,dxf,plt, bmp,jpg,gif,tga,png,tif,dst,etc.
 Working voltage AC110V/220V ± 10%,50Hz-60Hz
 Unit power  <0.5KW 
 Laser module life >100000 hours

Advantage of Laser Marking Machine

Fast Marking SpeedHigh Marking AccuracyLong service lifetime
Our laser marking machine is equipped with high-speed galvanometers, which can mark at a speed of up to 2000-3000mm/s.Fiber laser marking precision can reach to ±0.0025mm, providing you with impressive and satisfying results.The service time of the laser generator can reach 100,000 hours, and the whole machine can be used for 6-8 years.
EnvironmentalPrecise PositioningLow Cost
Laser marking is more environmentally responsible than acid etching and does not produce any toxic fumes or waste byproducts.Laser marking machines are equipped with laser positioning devices, which help them identify the marking area and mark it correctly.Small and compact, easy operation and free maintenance, the total power of laser marker is < 500W. 
Explore the cutting-edge technology of fiber laser marking machines for precise, efficient marking on different materials. Learn about their operating principles, benefits, diverse applications, and tips for optimal use in modern manufacturing.

Related Product Recommendation

Requesting a Quote for Industrial Laser Marking Machine

1. Please specify the type of product you need.

2. If you require customized services, kindly provide your specific requirements.

3. Fill out the inquiry form below with all necessary details. Our technical team will respond within 24 hours!

4. Contact our pre-sales engineers for debugging videos and technical support.

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Frequently Asked Questions

If you want to know more about Laser Marking Machine

Q: What advantages does a fiber laser marker offer over traditional marking methods?

A: A fiber laser marker provides several advantages, including higher precision, faster processing speeds, and the ability to mark or engrave a wide variety of materials, both metal and non-metal. Unlike traditional methods, fiber laser marking employs cutting-edge technology to create repeatable, high-quality marks with excellent surface finish without physical contact, reducing the risk of material damage or deformation.

Q: Can fiber laser marking machines engrave on any metal?

A: Fiber laser marking machines are incredibly versatile and can mark or engrave on almost any type of metal, including hard metals like stainless steel and titanium, softer metals, and industrial polymers. The power of the fiber laser beam can be adjusted to suit different materials, ensuring optimal marking results.

Q: What are the capabilities of a fiber laser engraving machine beyond metal engraving?

A: Besides metal engraving, fiber laser engraving machines can perform various tasks, such as cutting and engraving on industrial polymers and some non-metal materials. They offer the flexibility to achieve fine detail and precise, intricate designs, essential for electronics, fashion, and automotive manufacturing applications.

Q: How does the built-in camera function enhance the operation of laser markers?

A: The built-in camera function in laser markers significantly enhances operations by allowing for precise positioning, real-time monitoring, and adjustment of the marking process. This feature is handy for complex or uneven surfaces, transparent targets, and projects requiring meticulous alignment, ensuring high-quality, repeatable results every time.

Q: What considerations should be made when setting up a fiber marker for titanium engraving?

A: When setting up a fiber marker for titanium engraving, it’s essential to consider the laser power, pulse width, and frequency settings to achieve the desired mark or engrave quality. Titanium requires specific parameters to avoid damage and ensure a clean, high-quality engraving. Consulting with a technician and experimenting with sample pieces can help determine the optimal settings for your specific engraving needs.

Q: Are fiber laser markers suitable for creating marks on transparent targets?

A: Fiber laser markers can mark transparent targets with the correct settings and specialized techniques. This involves adjusting the focal length, pulse width, and frequency of the fiber laser beam to change how light interacts with the transparent material, creating visible marks without compromising the integrity of the target.

Q: What kind of support can users expect after purchasing a fiber laser marking machine?

A: After purchasing a fiber laser marking machine, users can expect comprehensive post-sale support, including tech support from skilled technicians for any operational queries or issues. This may cover setup assistance, troubleshooting, maintenance tips, and advice on optimizing the machine for various tasks. Many suppliers also offer a return policy and warranty services to ensure customer satisfaction and machine reliability.

Q: How does fiber marking technology contribute to environmental sustainability?

A: Fiber marking technology contributes to environmental sustainability by using more energy-efficient solid-state lasers than traditional marking methods. It generates less waste as it does not require inks or chemicals and has a longer lifespan, reducing the need for frequent replacements. This technology offers an eco-friendly alternative for businesses to reduce their carbon footprint while maintaining high-quality marking and engraving processes.

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