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<title>FonlandLaser</title> 
<link rel="alternate" type="text/html" href="https://bany.bz/fonland/" />
<modified>2004-09-23T02:36:56Z</modified> 
<author>
<name>fonland</name> 
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<tagline>fonland 's blog.</tagline> 
<id>tag:bany.bz,2026:fonland</id> 
<generator url="https://bany.bz/" version="1.0">バンコム ブログ バニー</generator> 
<copyright>Copyright (c) 2004, fonland </copyright>
<entry>
  <title>What Can a UV Laser Engraver Do?</title> 
  <link rel="alternate" type="text/html" href="https://bany.bz/fonland/entry_231690.php" />
  <modified>2025-10-13T12:05:29Z</modified> 
  <issued>2025-10-13T12:05:29Z</issued> 
  <id>tag:bany.bz,2026:231690</id> 
  <summary type="text/plain">A UV laser engraving machine operates at a 355 nm wavelength to achieve “cold marking.” Unlike traditional engraving methods that rely on heat, UV laser engraver uses a photochemical reaction to alter the surface material. This process delivers ult...</summary> 
</entry>
<entry>
  <title>What Can a UV Laser Engraver Do?</title> 
  <link rel="alternate" type="text/html" href="https://bany.bz/fonland/entry_231691.php" />
  <modified>2025-10-13T12:05:29Z</modified> 
  <issued>2025-10-13T12:05:29Z</issued> 
  <id>tag:bany.bz,2026:231691</id> 
  <summary type="text/plain">A UV laser engraving machine operates at a 355 nm wavelength to achieve “cold marking.” Unlike traditional engraving methods that rely on heat, UV laser engraver uses a photochemical reaction to alter the surface material. This process delivers ult...</summary> 
</entry>
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