Green Laser Cuts Diamonds Precisely

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January 09, 2026
Category Connection: Scientific Lab Equipment
Brief: Discover how the SY-CVD11E Green Laser Diamond Cutting System achieves precision cutting of superhard materials. This video demonstrates the 532 nm green laser in action, showcasing its higher efficiency, smoother surfaces, and reduced graphitization compared to 1064 nm lasers. You'll see the system's stable marble base, integrated modules, and real cutting performance on diamonds and similar materials.
Related Product Features:
  • Utilizes a 532 nm green laser for higher processing efficiency and smoother cut surfaces on superhard materials.
  • Reduces graphitization during diamond cutting, ensuring cleaner and more stable processing results.
  • Features a natural marble optical base for enhanced laser output stability and machining precision.
  • Incorporates water-circulation cooling and a USA CEO pump module for reliable long-duration operation.
  • Includes an integrated system with laser, optical path, software, control, vision, and motion modules.
  • Offers high accuracy with XYZ ±0.002 mm and repeatability of XYZ ±0.001 mm for precise cuts.
  • Equipped with a 1.3 MP HD industrial camera and self-developed cutting software for automated control.
  • Provides reference data for slicing various sizes with consistent top-to-bottom tolerance of 30 μm.
FAQs:
  • What materials can the Green Laser Diamond Cutting System process?
    It is designed for precision cutting of natural diamond, lab-grown diamond, and other superhard materials such as CVD, PCD, MCD, and CBN.
  • Why is a 532 nm green laser used in this system?
    The 532 nm green laser, generated by frequency doubling of 1064 nm, offers higher processing efficiency, smoother cut surfaces, and reduced graphitization compared to 1064 nm lasers.
  • What are the key laser specifications for this system?
    Key specifications include a wavelength of 532 nm, laser power of 20 W at 10 kHz, and water cooling for stable operation.
  • How does the system ensure long-term stability and precision?
    It uses a natural marble optical base to improve laser output stability and machining precision, along with water-circulation cooling and a USA CEO pump module for reliable performance.
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