| Scope |
The 2027 TMS conference session on advanced laser manufacturing will explore the forefront of laser processing technologies, with a particular emphasis on ultrashort pulse lasers and next-generation laser sources. This session will highlight the transformative potential of ultrafast lasers in precision manufacturing and material processing, addressing both the challenges and exciting new opportunities in this rapidly evolving field.
As laser processing continues to advance, the focus is shifting towards achieving higher precision, efficiency, and capabilities in a variety of manufacturing processes. This session will delve into the use of femtosecond and picosecond lasers, which enable near-instantaneous material removal with minimal thermal damage, opening up new possibilities for intricate micro-machining, surface modification, and material functionalization.
Key topics will include:
Ultrashort Pulse Lasers for Precision Processing: Examining how ultrafast laser pulses can be harnessed to achieve high-precision material modification, with applications ranging from micro-machining to advanced surface treatments, all while minimizing heat-affected zones.
Athermal Ablation and Low Thermal Impact Processing: Investigating novel athermal ablation techniques enabled by ultrashort lasers, which reduce the thermal footprint and prevent unwanted thermal effects, allowing for the manipulation of delicate or high-performance materials.
Next-Generation Lasers for Large-Scale Processing: Exploring the use of high-energy, high-power lasers for large-scale material processing, with an emphasis on improving throughput and precision for industrial applications while maintaining high-quality results.
Laser-Material Interactions with Novel Wavelengths and Pulse Energies: Research on the interaction of new laser wavelengths, pulse durations, and energies with advanced materials, particularly those with high-performance or high-temperature properties, to enable innovative processing techniques.
Applications Beyond Additive Manufacturing: Extending the focus beyond additive manufacturing, this session will explore applications in areas such as high-precision cutting, engraving, surface structuring, and micro-machining that leverage the unique capabilities of ultrafast and next-generation laser technologies.
This session will provide a platform for discussing the latest advancements in laser technology, offering insights into how ultrashort pulse lasers and next-generation sources are reshaping the landscape of advanced manufacturing. |