- 10/112026Why porosity and spatter persist in aluminum laser welding? The answer lies in melt pool flow.One fiber, two beams: a new solution for aluminum laser welding
- 03/112026Essential for Frontline Engineers | User Manual for the Upper Computer and On site Troubleshooting of GW LaserAfter sales operation tips
- 21/1020266kW laser with copper high reflectivity control, establishing a reliable bottom line for mass productionTechnology is not just about theory, reliability comes from repeated testing.
- 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.
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Why porosity and spatter persist in aluminum laser welding? The answer lies in melt pool flow.
2026-11-10 11:19:31Essential for Frontline Engineers | User Manual for the Upper Computer and On site Troubleshooting of GW Laser
2026-11-03 11:46:566kW laser with copper high reflectivity control, establishing a reliable bottom line for mass production
2026-10-21 13:59:05The 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 10:31:44
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