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MOPA Fiber Laser Marking Machine
Premier manufacturer of MOPA Fiber Laser Marking Machines based in China.
Fiber laser technology is used in the MOPA laser marker machine, with MOPA standing for Master Oscillator Power Amplifier. What makes MOPA fiber lasers unique is their independent control over frequency of laser marking and pulse width.
- Streamlined Sample Processing with Customized Solutions
- Economical Pricing Options
- Worldwide Delivery
- High-Quality Materials
Save a minimum of 35% or more on your purchases.
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Advantages of MOPA Fiber Laser Marking Machine
Discover the transformative potential of this technology for revolutionizing your marking processes.
Unlike fiber lasers, which are limited to marking metal materials, MOPA lasers offer the versatility to mark non-metal materials as well.
The capabilities of MOPA laser marking extend to unique applications such as color marking on stainless steel, black color marking on anodized aluminum, high-contrast marking on plastics, precise 0.1mm text marking, deep marking using high-power MOPA generators, anode stripping, coating removal, applications in the semiconductor and electronics industry, marking on sensitive materials like plastics, and use in the PVC plastic pipe industry.
Top Uses of MOPA Laser Marking Machine
Versatile and with wide applications across industries, the MOPA laser marking machine has specialized capabilities for advanced material processing.
Color Marking on Stainless Steel：Technically speaking, for purposes of enhancing products appealing by use of high-contrast and long-lasting color finishes.
Blackening Aluminum Oxide：Aluminum oxide coatings can be blackened using the MOPA laser in aluminum applications.
Removing Anodized Layers：The MOPA laser is capable of removing anodized layers from metal surfaces.
Stripping Coatings：Furthermore, it also removes protective coatings without destroying the underlying material.
Semiconductor and Electronics: In semiconductor and electronics manufacturing where there is need to mark delicate components without causing any effect on their functionality. The most sensitive applications such as these are best suited to a MOPA laser owing to its precise and minimal heat effects.
Plastic Materials and PVC Plastic Pipes: The plastics industry including PVC pipe manufacturing depends on non-contact methods like MOPA lasers in marking products.
Video Demonstration of MOPA Laser Marking Machine
A MOPA laser marking machine is a versatile and precise industrial marking tool that we will show you in this video. During the next few minutes, we’ll explore some of its features as it deals with such jobs like color marking on stainless steel, blackening aluminum oxide and removing anodized layers.
Specification Of Dekcel MOPA Laser Marking Machine
| Laser model | MOPA Laser Marking Machine |
|---|---|
| Laser power(W) | 20W 30W 60W 80W 100W |
| Wavelength (nm) | 1064 |
| Frequency Rate Range(kHZ) | 1 ~ 4000 |
| Pulse width (ns) | 2 ~ 500 |
| Marking speed (mm/s) | 5000 ~30000 |
| Locating speed (mm/s) | 7000 ~ 50000 |
| Cooling way | Air Cooling |
| Type Option | Mini Portable / Desktops / Handhold Type / Intelligent |
Component Details of MOPA Laser Marking Machine
Discover the intricate components and functionalities of a precision-engineered MOPA laser marking machine designed for swift and precise marking tasks.
Unleash the Power of MOPA Fiber Laser Marking Machines
The MOPA fiber laser marking machines are designed to transform the way industries do marking and engraving in order to exploit their enormous potential. In this regard, they have a wide range of applications because of their versatility, accuracy and high productivity levels. The technology behind MOPA allows for fine-tuning pulse width and energy levels hence enabling one to obtain high contrast marking on metals such as stainless steel, aluminium among others and even thin plastics or silicones.
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Read MoreFrequently Asked Questions
Are you willing to explore further into the MOPA Laser Marking Machine?
Q: What materials can a MOPA laser marking machine engrave?
A: A variety of materials, which includes metals like aluminum and stainless steel, plastics and more can be engraved by a MOPA laser marking machine. It is particularly effective when it comes to marking high-contrast marks on materials.
Q: What are the benefits of using a MOPA fiber laser engraver?
A: Some of the advantages that come with using an MOPA fiber laser engraver include; High accuracy levels, fast marking rates and capability to mark different types of materials. Moreover, it can also allow for pulse width adjustments which make it ideal for use in high performance marketing applications.
Q: How do I focus a MOPA fiber laser marking machine?
A: This should be done either manually or through autofocus depending on the model of the MOPA fiber laser marking machine. Accurate focusing is important for quality engraving and etching.
Q: What is the importance of the galvanometer in the MOPA laser marking machine?
A: The galvanometer’s role in ensuring that the position of the laser beam in the MOFA laser marking machines is controlled cannot be overemphasized. As such this leads to rapid yet accurate markings hence making them essential for tasks with stringent requirements.
Q: Is the MOPA fiber laser marking machine compatible with LightBurn software?
Yes, many light burn software are compatible with most mopa fiber lasers. This software is widely used for purposes of cutting or carving using lasers thus providing a good platform where one can operate their own lasers while designing them.
Q: What is the difference between a 60W and 100W MOPA Fiber Laser Engraver?
A:The power output is primary difference between 60W and 100W mopa fiber laser engravers. More power such as 100 watts enables faster deeper engravings suitable for more demanding applications.
Q: Can the MOPA fiber laser engrave on plastic?
A: Definitely, the mopa fiber laser is capable of engraving on plastics. It can produce highly detailed and contrasted marks on different kinds of plastics.
Q: What kind of support can I expect from the manufacturer for software like EZCAD and LightBurn?
A: Manufacturers often provide extensive support for software such as EZCAD and LightBurn including user guides, online resources and customer service. You may as well contact our customer support or that of the manufacturer in case if you have any specific issues.
Q: What is sub-micron precision in the context of fiber laser engravers?
A: In other words, sub-micron precision relates to very fine detail, which can be less than one micron resolution using a fiber laser engraver. For making intricate patterns this level of accuracy is essential.
Q: How does the MOPA fiber laser marker affect marking speed?
A: The adjustable pulse width and high repetition rate in a MOPA fibre laser marker boost its marking speed. This means that it can mark at high speeds without compromising quality which is important in high production environments.