- 12/102026The laser industry's Achilles' heel was never the laser.Fiber lasers are now mainstream manufacturing tools. Yet service remains the industry's hidden pain point. GW LaserTech's 12–50kW multi-mode laser platform rethinks laser design: built for on-site maintenance, minimal failures & rapid recovery.
- 09/102026Kilowatt-class 2μm Lasers: What truly separates mass-production capabilities goes far beyond power output.Focus on high-value material processing to drive process iteration and industrial breakthroughs.
- 28/092026Why is high-end manufacturing increasingly inseparable from fiber lasers?Based on high brightness fiber laser technology, GW Laser is deeply integrating AI vision, intelligent sensing, precision motion control, and laser technology.
- 08/092026The ultimate answer to cost reduction and efficiency improvement: How to solve the problem of high loss processing of carbon fiber shaped parts with 2 μ m fiber laser2 μ m Precision Revolution: How to Cross the "Micro level" Quality Gap in Carbon Fiber Irregular Parts Reduction Processing?
- 27/082026Closed loop laser welding: how real-time process control can prevent welding defectsUnderstand how closed-loop laser welding can improve welding consistency by achieving real-time sensing and sub 800 microsecond response to correct small hole collapse, splashing, and porosity defects before they occur.
- 21/082026Transparent plastic laser transmission welding: a little-known medical device manufacturing processIn the field of medical device manufacturing, there is a little-known but crucial process - transparent plastic laser transmission welding.
- 18/082026GW laser solves the problem of overcapacity welding and builds a new energy storage welding solutionThe welding challenge of supercapacitors as the core energy storage device of new energy, supercapacitors have strict requirements for accuracy and reliability in welding.
- 11/082026FRM Flow Regulation Mode: stability solution for laser welding of copper, aluminum, and dissimilar jointsMost laser processing failures are not power failures, but stability failures.
- 04/082026Is your copper piece really suitable for laser welding?The primary issue in carrying out copper welding projects is not which laser to choose, but whether the specific workpiece in front of us has the practical value of laser welding or is just a gimmick attached to industry hot concepts.
- 04/082026Laser MIG welding - an underestimated upgrade solution for arc weldingThe window period for the industrialization of laser MIG
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The laser industry's Achilles' heel was never the laser.
2026-10-12 10:39:02Kilowatt-class 2μm Lasers: What truly separates mass-production capabilities goes far beyond power output.
2026-10-09 14:57:41Why is high-end manufacturing increasingly inseparable from fiber lasers?
2026-09-28 10:06:59The ultimate answer to cost reduction and efficiency improvement: How to solve the problem of high loss processing of carbon fiber shaped parts with 2 μ m fiber laser
2026-09-08 11:37:49Closed loop laser welding: how real-time process control can prevent welding defects
2026-08-27 16:40:46Transparent plastic laser transmission welding: a little-known medical device manufacturing process
2026-08-21 14:28:21GW laser solves the problem of overcapacity welding and builds a new energy storage welding solution
2026-08-18 10:31:44FRM Flow Regulation Mode: stability solution for laser welding of copper, aluminum, and dissimilar joints
2026-08-11 10:02:21Is your copper piece really suitable for laser welding?
2026-08-04 15:26:03Laser MIG welding - an underestimated upgrade solution for arc welding
2026-08-04 13:54:08
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