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The GREEN laser marker was created to mark intricately on materials that are insensitive to other wavelengths. The GREEN laser also boasts a tiny spot diameter that provides unmatched micro marking quality and accuracy on a variety of materials. In head-mounted displays and laser guides, green lasers have been used for military and security purposes.
Amateur astronomers can track and guide stars with the help of green laser guides. Green light (532 nm) and longer-wavelength infrared light are produced when an infrared beam (808 nm) passes through a neodymium-doped crystal (1064 nm). Only the green light can be seen coming out of the gadget due to coatings and a filter.
In regions with direct sunlight and bright daylight, green lasers are significantly more effective and noticeable. They are very common on construction sites because they can traverse larger distances.
The Global Green Laser Marking Machine market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Introducing a green laser from FOBA for cool touch marking on fragile substrates A green laser marking system with a 532 nanometer wavelength developed by FOBA opens up new opportunities for direct part labelling in industry.
The low heat laser precisely places marks on materials with exceptional absorption qualities while being supported by FOBA’s comprehensive marking workflow. White, translucent, or red polymers as well as highly reflecting metals are examples of such materials. The green laser completes the spectrum of laser wavelengths in the marking systems offered from FOBA.
The key advantages of FOBA’s green laser include a significant improvement in marking quality and speed on materials that were previously just marginally markable.
Affected materials include glass or shining substrates, as well as specific plastics like UHMWPE, HDPE, or PMMA for which additives may no longer be required. The green laser produces better marking outcomes while achieving faster marking speeds than other laser kinds like UV or fibre.
The green laser marker application can be facilitated by employing the tried-and-true laser marking workflow with camera and mark alignment software from FOBA. “Their customers have long recognised the optical part inspection and validation of marked contents as well as the automated and exact positioning of the laser mark as a reliable and safe workflow solution.”
