Newsroom
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How to Maintain Beam Stability in 355 nm DPSS UV Lasers2026-07-10
Learn how to maintain stable 355 nm DPSS UV laser performance through cooling control, reference samples, beam monitoring, preventive maintenance, and structured troubleshooting.
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What is AOI? Mechanism, Significance, and Applications Explained2026-05-25
Learn how AOI systems work, including illumination, image acquisition, machine vision algorithms, 2D/3D inspection, and applications in PCB, batteries, semiconductors, and laser weld inspection.
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Why MOPA Fiber Lasers Are Used for Non-Destructive Pre-Weld Surface Preparation2026-05-21
Discover how JPT MOPA fiber lasers improve pre-weld rust removal, oxide cleaning, and surface texturing while supporting stable welding quality and automated production.
Technical Information
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Why MOPA Fiber Lasers Are Effective for Highly Reflective Metals2026-05-15
Discover how JPT MOPA fiber lasers improve marking and surface processing on reflective metals like copper, aluminum, and brass through adjustable pulse width and frequency control.
Technical Information
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Comparing the Impact of Femtosecond and Nanosecond Pulse Widths2026-04-13
Discover how femtosecond fiber lasers outperform traditional nanosecond systems through cold processing, reduced thermal damage, and ultra-precise material processing.
Technical Information
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2026-05-26What Lead Times Are Standard When Ordering From a Laser Manufacturer? -
2026-05-25How 100W Fiber Laser Modules Are Used in High-Speed Metal Sheet Engraving -
2026-05-24What Cooling System Does a 100W Fiber Laser Module Require? -
2026-05-23UV Laser Marking Compliance: What Standards Apply to Food and Medical Sectors? -
2026-05-22How to Maintain UV DPSS Laser Systems to Prevent Wavelength Drift -
2026-05-21How to Evaluate 500W Fiber Laser Beam Quality Using M² Measurement -
2026-05-20How 500W Fiber Laser Supports Laser Cladding and Surface Hardening -
2026-05-19What Makes 200W Fiber Laser Systems Reliable for 24-Hour Production Cycles? -
2026-05-18How to Configure 200W Fiber Laser Parameters for Optimal Weld Penetration
