Description
Brief introduction to the 50W 60W Mopa Fiber Laser Marking Machine
The 60W MOPA laser marker might be pricier than the 30W version, but it’s worth the cost. It lasts longer, works faster, and can mark a broader range of materials. Simply put, you get more bang for your buck. This machine’s strong power pushes it ahead of most standard markers, allowing it to handle all sorts of materials with ease.
Think of it this way: whether you’re working with metals or tougher materials, the 60 watt mopa fiber laser version is up to the task. It doesn’t just mark; it does so with top-notch quality and offers a variety of styles. For anyone looking for a reliable and versatile marking tool, this is the one.


Applications of the MOPA Laser Marker:
Our 50w and 60w mopa fiber laser markers are versatile tools. Not only can they mark on metal, but they also excel in specific tasks like creating black marks on aluminum or adding color to stainless steel. In fact, they do these jobs even better than the 30w version. For a list of other ways you can use our laser markers, check out the reference below.
- Deep Engraving on Metals: Due to its enhanced power, the jpt 50w 60w mopa fiber laser marker can engrave deeper into metals, making it ideal for industries that require durable and long-lasting marks, such as tooling or automotive parts.
- Marking on Ceramics: While fiber lasers are often associated with metals, the 50w 60w jpt fiber laser machine can efficiently mark ceramics , offering applications in decor, kitchenware, and more.
- High-Speed Line Marking: For industries that prioritize speed, such as packaging or manufacturing lines, the 60W power ensures faster line marking without compromising quality.
- PCB Board Marking: Efficiently replaces traditional stickers and prints with laser-engraved barcodes and 2D codes on delicate epoxy resin surfaces, ensuring precise and easily scannable results.
- Chip and IC Marking: Employs laser precision to create a 2×2 mm 2D code on electronic chips without damaging the substrate. Additionally, it offers clear and efficient font marking on IC chips, eliminating the need for older printing methods.
- Crystal Engraving: Perfectly suited for single line marking on crystals, providing consistently uniform lines and high precision for digital text engravings.

Why Choose the 60W MOPA Fiber Laser Marking Machine ?
JPT MOPA fiber lasers are a worthwhile choice for many businesses due to their:
1.Enhanced Efficiency: The 50w 60w mopa fiber laser fiber laser marking machine consistently outperforms its 30W counterpart, particularly when marking specific materials such as black on aluminum and producing vibrant colors on stainless steel.
2.Versatile Material Compatibility: Its higher power ensures that the jpt 50W 60W machine can mark a broader spectrum of materials, handling everything from metals to specific resilient composites that might challenge traditional marking machines.
3. Faster and Deeper Marking: Owing to its higher power output, the 60W machine can achieve deeper and faster markings, ensuring high-quality results in less time.
4. Greater Longevity and Stability: Typically, the 60W MOPA laser marker offers a longer operational lifespan. It doesn’t always have to run at peak, reducing wear and tear. Additionally, many 60W models come equipped with features like isolators to protect the fiber laser window, further improving stability and durability.
Given these advantages, investing in the 60W MOPA fiber laser marking machine clearly promises a combination of speed, versatility, and lasting performance, making it a superior choice for diverse marking needs.
Technical Parameters
Model: | HS-FL30M |
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Graphic Format Supported: | AI, PLT, DXF, BMP, Dwg, LAS, DXP |
Laser Type: | Fiber Laser, JPT MOPA M7 |
Cooling Mode: | Air Cooling |
Control Software: | EZCAD |
Marking Area: | 110mm*110mm |
Output power | 50W or 60W |
Minimum Character: | 2mmx2mm |
Working Accuracy: | 0.01mm |
Mode of Operation: | Pulsed |
Applicable Material: | Metal Materials |
Marking Speed: | 0-8000mm/s |
Electrical Requirements: | 110V-240V/50Hz-60Hz |
Pulse Repetition Rate Range: | 1~4000 kHz |
Pulse Duration: | 2~350ns |