
( Brand: Scotle ), ( Manufacturer Part Number: YDFLP-300-E3-M7-M-R ), ( Laser Power: 300w ), ( Software: Ezcad / Compatible Lightburn ), ( Marking Speed: 0-8000mm/s ), ( Windows Versions: Windows/xp.7.8.10 ), ( Image Format: Ai.plt.dxf.jpc.svg.ncg.bot Etc. ), ( Voltage: 110v, 50hz 60 Hz ), ( Marking Size: Optional, Default Is 200 200mm Field Lens ), ( Laser Frequency: 1-4000khz ), ( Center Wavelength: 1064nm ), ( Machine Net Weight: 45kg ), ( Brand Of Fiber Laser Module: Jpt ), ( Lift Span Of Fiber Laser Module: 100, 000 Hours ), ( Light Beam Quality: M2 1.6 ), ( Laser Diameter: 7 0.1mm ), ( Minimum Character: 0.15mm/depends On The Material ), ( Marking Depth: 1.2mm/adjustable Depends On The Materials ), ( Repeating Precision: 0.003mm ), ( Field: 200 200mm ), ( Rotary Axis: Included ), ( Pulse Width: 2 500ns ), ( Brand Of Laser Source: Jpt Mopa ), ( Type: Fiber Laser ), ( Supply Dc Voltage: 48v ), ( Herstellungsland Und Region: China ), ( Scan Galvanometer: Sino-galvo Sg7110 ), ( Controller Board: Original Bjjcz Controller Board ), ( Light Burn: Compatible Not Included ), ( Engraving Method: Laser ), ( Material: Metal ), ( Machine Operation: Computerized ), ( Engraving Application: Id/name Tag ), ( Function: Auto Focus )
The Scotle YDFLP-300-E3-M7-M-R is a high-performance fiber laser marking machine designed for various marking applications. This automatic focus system comes with a powerful 300W JPT M7 MOPA fiber laser source, capable of delivering consistent and accurate marks on a wide range of materials.
The machine's key feature is its automatic focus system. This system ensures that the laser beam remains in focus, regardless of the material height or surface conditions. It guarantees a high-quality mark, maintaining a consistent depth and ensuring that the mark remains clear and legible.
The Scotle YDFLP-300-E3-M7-M-R features an advanced control system, making it easy to use and operate. The user interface is intuitive, allowing users to set marking parameters with ease. The machine supports various marking modes, including continuous wave (CW), pulse frequency modulation (PFM), and pulse width modulation (PWM), giving users the flexibility to choose the best marking method for their specific application.
The fiber laser marking machine is equipped with a robust Z-axis, enabling it to handle materials of various heights. The travel range of the Z-axis is adjustable, allowing users to customize the marking depth according to their requirements. The machine's build quality is robust, ensuring that it can withstand the rigors of industrial use.
The Scotle YDFLP-300-E3-M7-M-R is versatile and can mark various materials, including metals, plastics, and glass, making it a valuable addition to any production line. Its small footprint and compact design make it easy to integrate into any manufacturing environment.
The fiber laser marking machine comes with a range of safety features, including an interlock system, emergency stop button, and over-temperature protection. These features ensure that the machine is safe to use and operate, minimizing the risk of accidents in the workplace.
In conclusion, the Scotle YDFLP-300-E3-M7-M-R is a high-performance fiber laser marking machine with an automatic focus system. It comes with a powerful 300W JPT M7 MOPA fiber laser source and advanced control system, making it easy to use and operate. Its versatility, robust build quality, and safety features make it an excellent choice for various marking applications.
The Scotle YDFLP-300-E3-M7-M-R is a fiber laser marking machine designed for various marking applications. It comes with an automatic focus system, 300W power, and a z-axis motor for height adjustment.
2. Pros:a. Automatic focus: This feature ensures consistent marking quality on different materials and surface conditions, reducing the need for manual adjustments.
b. Powerful: With a 300W fiber laser, the machine can mark a wide range of materials, including metals, plastics, and glass, with high precision and speed.
c. Versatile: The automatic focus system and adjustable height make it suitable for various applications, from small components to large workpieces.
d. Compact design: The machine is relatively small and portable, making it easy to transport and set up in different locations.
3. Cons:a. Cost: Fiber laser markers are generally more expensive than other marking methods, like dot peen or laser diode markers. The Scotle YDFLP-300-E3-M7-M-R falls into the higher end of the price range.
b. Complexity: Operating a fiber laser marker requires specific knowledge and expertise in laser technology, safety procedures, and marking parameters.
c. Maintenance: Fiber laser markers need regular maintenance to ensure optimal performance, which includes cleaning the optics, aligning the fiber, and checking the cooling system.
d. Limited material range: Although the Scotle YDFLP-300-E3-M7-M-R can mark a wide range of materials, there are still some limitations. For example, it may not be suitable for very heat-sensitive materials or those with high moisture content.
4. Conclusion:The Scotle YDFLP-300-E3-M7-M-R fiber laser marker offers high precision, versatility, and consistent marking quality. However, it comes with a higher cost, complexity, and maintenance requirements compared to other marking methods. If you require a high-volume production process, consistency, and precise marking on various materials, this machine may be a suitable investment.
5. Recommendation: Before purchasing the Scotle YDFLP-300-E3-M7-M-R fiber laser marker, consider the following factors:a. Your budget: Determine if the cost of the machine fits within your budget and if the benefits outweigh the investment.
b. Your expertise: Assess your current knowledge of laser technology and marking parameters, and consider if you're willing to invest time and resources in learning how to use the machine effectively.
c. Your marking requirements: Evaluate the type and volume of marking projects you will undertake, and determine if the Scotle YDFLP-300-E3-M7-M-R's capabilities meet your needs.
d. Alternatives: Research other marking methods and machines to compare the pros and cons, and consider if they may be a more suitable or cost-effective option for your applications.
The higher output power makes its advantages especially in high speed marking applications. As compared to the Q-switching technology, pulse repetition frequency PRF and width can be controlled independently in MOPA configuration, through adjusting different combination of above parameters, peak power laser well maintained. And enable JPT laser suitable for more material processing which Q-switch limited.