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Laser Engraving Metal - Application Guide

SIHAO specializes in providing laser engraving solutions for metal, offering a comprehensive selection of high-quality, dependable, and efficient metal engraving machines. Leveraging cutting-edge technology and an expert team, we precisely and meticulously fulfill diverse metal engraving requirements across various applications, from personalized gifts and promotional items to industrial components and artistic works.

Unlock Your Creative Potential with a Metal Laser Engraver

Searching for the ideal laser to transform your metal engraving visions into reality? Explore our premium collection of Fiber Laser metal engraving machines, tailored to meet the needs of enthusiasts, entrepreneurs, and industrial professionals alike. Embark on your creative journey now and harness the power of SIHAO's Fiber Laser Engraving Machine for Metal—your gateway to unparalleled precision and artistry in metal engraving. Shop Now.

Types of Metal for Laser Engraving

To embark on mastering the art of laser engraving on metal, acquaint yourself with the most appropriate metal types for this process:

  • Stainless Steel
  • Aluminum
  • Anodized Aluminum
  • Hardened Steels
  • Alloy Steels
  • High-Speed Steels
  • Titanium and its Alloys
  • Brass
  • Copper
  • Precious Metals (such as Silver and Gold)
  • Coated Metals

DIFFERENT TYPES OF METAL LASER ENGRAVING

Discover the vast potential of metal laser engraving with these three techniques:

  • Laser Ablation: Removes the top coating via vaporization, revealing the underlying metal for a crisp, contrasting engraving.
  • Laser Annealing: Applies high heat to alter the metal's microstructure, creating a smooth, high-contrast mark through softening and recrystallization.
  • Laser Polishing: Heats the metal until color change occurs, producing a reflective engraving.

METAL LASER ENGRAVING APPLICATIONS

At SIHAOteclaser, we are the cradle for cultivating innovative metal laser engraving ideas that transform your creative visions into tangible realities! With our advanced fiber lasers, we facilitate quicker and more efficient metal engraving processes, empowering you to delve into an expansive universe of intricate metal applications:

Metal Jewelry with Laser Engraving: Elevate your fashion statement by incorporating striking laser-engraved metal designs that personalize your unique style!

Engraved Metal Home Decor: Create unforgettable keepsakes for your cherished ones through one-of-a-kind laser metal engravings that etch timeless memories into their hearts and homes!

WHY CHOOSE SIHAO LASER?

We strive to provide the best:

✔ Customer service

✔ Professional guidance

✔ Competitive pricing

✔ Quality assurance

✔ 1-year warranty

✔ 30-days free returns and exchanges

✔ Product improvement

✔ Free Shipping

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Fiber Laser - vs - CO2 Laser Engraver

What's the different between CO2 and Fiber Laser Engraver?

To embark on your next metal laser engraving venture, you must determine whether a CO2 Laser Engraver or Fiber Laser suits your needs. Consider material compatibility, project scale, and necessary laser strength to attain your ideal finish when selecting the optimal laser type for your metal engraving tasks.

CAN YOU USE A CO2 LASER FOR METAL ENGRAVING?

  • CO2 laser engravers, typically employed for materials like wood, glass, leather, and acrylic, can indeed be used for metal engraving when combined with a specialized laser bonding agent. This agent pre-treats the metal surface, much like a primer for paint, enabling the CO2 laser to mark metals effectively. Uncoated metals need this treatment, whereas already coated metals like painted brass or anodized aluminum do not.

  • By utilizing a laser bond spray, a CO2 laser can effectively become a stainless steel laser engraving tool. One benefit of using a CO2 laser for metal engraving is that the mark remains on the metal's surface without compromising the material's integrity. Although more cost-effective than fiber lasers, CO2 lasers are generally less durable and require more maintenance.

  • However, there are drawbacks to employing a CO2 laser for metal engraving. The additional step of applying the laser marking agent to the metal adds complexity to the process. Moreover, the laser must operate at slower speeds and higher power levels to successfully interact with the bonding agent, making it less efficient compared to alternative methods.

WHAT IS THE BEST LASER FOR ENGRAVING METAL?

  • Fiber lasers are widely regarded as the optimal choice for engraving various metals, including aluminum, brass, copper, nickel, and stainless steel, as well as engineered plastics or thermoplastics such as ABS, PEEK, and polycarbonates. The primary advantage of utilizing a fiber laser machine lies in its exceptional power, which enables direct engraving on bare metals and hard plastics without the need for any pre-treatment. The fiber laser's wavelength efficiently penetrates these materials.

  • The sole drawback of using a fiber laser for metal engraving is its limited compatibility. Due to the laser's wavelength, it is ineffective on materials that are highly transparent, such as wood, glass, leather, and acrylic. In these cases, the laser may pass through the material and inadvertently impact the underlying engraving table.

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