
( Brand: Kelan C ), ( Model: KCUV-3WC ), ( Part Type: Circuit Uv Board Laser ), ( Country/region Of Manufacture: China )
The KCUV-3WC Fiber Engraving Marking Glass Board Laser, a masterpiece by Kelan Marker, is a versatile and high-powered tool designed for precision engraving and marking on glass surfaces. This advanced 3W laser system harnesses the potency of UV optic technology, ensuring optimal results in a variety of applications.
Crafted with a robust and compact design, the KCUV-3WC board laser integrates seamlessly into any work environment. It features a user-friendly, circuit-based design that simplifies operation, making it an ideal choice for both beginners and seasoned professionals. The laser module boasts a power output of 3 watts, delivering swift and accurate engravings with remarkable clarity and detail.
The KCUV-3WC laser's UV optic technology is its standout feature, offering unparalleled performance on glass. This technology allows for the creation of intricate designs, patterns, and markings, even on darker or more complex glass surfaces. The UV light emitted by the laser is absorbed by the glass, resulting in a permanent and vibrant mark.
This laser marker circuit is equipped with a fiber engraving system, which enables the laser beam to be precisely directed to the target area, ensuring minimal damage to the surrounding glass and maximizing the accuracy of the engraving. The system also allows for efficient heat dissipation, maintaining the longevity and reliability of the laser.
In summary, the KCUV-3WC Fiber Engraving Marking Glass Board Laser is a reliable and efficient tool for glass engraving and marking. Its high-powered UV optic technology, user-friendly circuit design, and fiber engraving system make it an indispensable asset for a wide range of industries, from manufacturing and design to art and craft. Invest in the KCUV-3WC laser today and elevate your glass engraving capabilities to new heights.
1. High Power Output: The 3W UV laser provides a sufficient power level for engraving a variety of materials, including glass, with precision and speed.
2. Fiber Optic Design: This design offers greater flexibility in terms of the lengths of the cables, reducing the risk of damage during transportation or installation.
3. Marker Circuit: The built-in marker circuit allows for easy alignment and positioning, enhancing the accuracy of the engraving process.
4. UV Optic: The use of UV optics ensures a clean, crisp engraving with minimal heat affect on the glass surface.
Cons:1. Price: As a professional-grade laser, the KCUV-3WC is relatively expensive compared to lower-power alternatives.
2. Complexity: The device may require a certain level of technical knowledge to operate and maintain effectively.
3. Safety Concerns: Lasers produce intense light that can be harmful to eyes and skin, requiring appropriate safety measures during operation.
4. Limited Material Compatibility: While suitable for glass, the laser may not perform as well on other materials, limiting its versatility.
Conclusion:The KCUV-3WC Fiber Engraving Marking Glass Laser offers impressive power, flexibility, and precision for glass engraving applications. However, its high cost, complexity, safety concerns, and limited material compatibility should be carefully considered before making a purchase. If you require a professional-grade laser for glass engraving and have the necessary technical knowledge and budget, this could be a worthwhile investment. For occasional use or more general-purpose engraving, lower-power options may be more suitable and cost-effective.
Advantages rotary available optional item, convenient feeding, fast speed, high efficiency. High efficiency of the photoelectric conversion and long service life. Parameter name parameter data average laser output power 3w laser wave length 355nm power adjustment range beam quality.
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It can mark date, bar code and two dimensional code automatically.
Doubling technique of interactivity frequency greatly improves the stability of laser it can support logos and graphics designed in DX format from auto cad, pelt, bump, AI, JPEG, etc. Higher pulse repetition frequency meets the need of quick marking and high production efficiency. Superior performance, good stability, high conversion rate and low energy consumption.
Higher pulse stability, mainly better pulse consistency of laser produces a precision marking. Design of laser cavity adopts a series of optimization methods to ensure the beam quality narrower pulse width of laser makes a shorter processing time on materials, therefore the materials avoid being deformed or burnt due to heat build up.