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7 Top Applications of Lasers in Manufacturing - ASME 5 Laser Cutting Similar to laser drilling, laser cutting relies on a focused laser beam to ablate material, straight cut, or cut patterns to very precise depths in the material or component Ultrafast lasers are typically used for various types of metals and polymers because they cut clean edges and do not create heat-affected zones
Agricultural robot uses AI and lasers to kill weeds - ASME The cameras work in conjunction with the lasers, using a piece of optics that aligns with the laser beams, according to Mey “The laser beam goes through a special piece of optics that combines a camera with it so we can see what we’re shooting,” he said “Then, it goes through two mirrors that allow us to aim on the [soil] bed top
Startups Pursue Green Steel - ASME Laser power Startups are looking at using alternatives to carbon for making new steel Hydrogen and electricity have been tested, but they are not the only carbon-free methods that can break iron and oxygen bonds Lasers, which emit a coherent beam of energy-carrying photons, can do so too
2019 CATALOG - ASME Global Access In 2017, 3 7 million users at more than 2,800 institutions in over 70 countries accounted for more than 11 million
Laser Experiments to Share with Your Kids - ASME Lasers are one of the most widely used tools in manufacturing and can create fine features that are difficult or impossible to make using traditional machining equipment Laser applications include laser marking, surface texturing, ablation, drilling, cutting, welding, and wire stripping
3D Printer Cooks Food Using Blue and Infrared Lasers - ASME The researchers had been using infrared lasers in the lab for cutting acrylic and fiberboard for different projects and wondered what would happen if they used it on dough The laser nicely browned the outside but didn’t cook the inside The team then tried a blue laser, thinking that a laser on another wavelength might produce different results
CALL FOR PAPERS - ASME • Laser materials processing • Machine learning - manufacturing • Machine tool dynamics • Machining - metal cutting, abrasive, electrical and electrochemical • Manufacturing Systems Modeling and Analysis • Material modeling for manufacturing • Metrology • Powder material processing
Making the Cut - ASME Cell research is a key driver of medical breakthroughs but one ever-present challenge has been finding a way into the cell and transporting it One group at UCLA has been out to solve this problem by thinking small—nanoblade small By literally cutting and slicing the cell, their work has taken precision to a level few considered possible
Finding a New Purpose for an Ultrafast Laser - ASME After earning his degree, he set out to search for an area of research using the speedy femtosecond laser that he could call his own “I realized that in biology, femtosecond lasers were considered a glorified cutting tool,” Vukelic says “I felt that there had to be something more we could do with them