The Laser Microprocessing track focuses on how lasers are used at the microscale in electronics, energy, sensing, medical devices, and advanced manufacturing. Sessions will cover topics such as surface functionalization, high-precision drilling, and micro-welding of dissimilar materials. With contributions from both research and industry, the track offers a unique update on the state of the art in precision laser processing.
Session Search
Day | Session | Title | Keywords |
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Undetermined | Laser Micro-Processing - TBD | Effects of Nanosecond Laser Treatment on Surface Characteristics of Aluminum Alloy for Enhancement of Corrosion Resistance and Adhesion Strength |
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Undetermined | Laser Micro-Processing - TBD | Efficient Deep-Hole Drilling in Glass Substrates Using High-Intensity Ultrashort Pulse Laser |
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Undetermined | Laser Micro-Processing - TBD | Towards Increased Throughput of Femtosecond Laser Surface Processed Silicon: The Effect of Increased Thermal Loading on Microstructure Self-Organization |
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Undetermined | Laser Micro-Processing - TBD | GHz Burst Mode Femtosecond Laser 2D Surface Nanostructuring for Microbial Growth Suppression |
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Undetermined | Laser Micro-Processing - TBD | Plasmonic Laser Colouring of Titanium, Copper and Aluminum |
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Undetermined | Laser Micro-Processing - TBD | Pulsed Laser Surface Modification of Magnesium Alloys: From Nanosecond to Femtosecond Pulse Duration |
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Undetermined | Laser Micro-Processing - TBD | Comprehensive Study of Laser Surface Texturing for Enhanced Adhesion in Structural Bonding Applications on Ti-6AL-4V and AL1050 |
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Undetermined | Laser Micro-Processing - TBD | Influence of Pulse Interval in Ablation Dynamics of Zirconia Ceramics During Ultrashort Laser Processing |
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Undetermined | Laser Micro-Processing - TBD | Advanced Motion Control for Laser Machining: Toward Optimized Processes |
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Undetermined | Laser Micro-Processing - TBD | Realtime Detection of the Ablation Rate during Short and Ultrashort Pulsed Laser Processing |
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Undetermined | Poster Gallery | Effect of Ni Coating Thickness on Microstructure and Mechanical Properties of Cu–Al Dissimilar Metal Welds Using Green Laser |
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