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· Manufacturing Industry News and eMagazine - Recent News
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Femtosecond lasers mounted on robotic arms could deliver ultra-precise, high-value tasks and big productivity gains across electronics, semiconductors, and medical applications. According to LITILIT, the main barrier to widespread use is the physical size of current femtosecond laser systems; making them smaller and easier to integrate could accelerate a new wave of robotic capabilities.

What specific miniaturization, power, and integration milestones would convince manufacturers to deploy femtosecond-laser robots at scale on production lines?

How the New Generation of Advanced Lasers Could Supercharge The Robotic Revolution

This article was originally posted on manufacturingtomorrow.com.
A femtosecond laser mounted on a robotic arm could do high-value precision tasks and significantly increase productivity in fields ranging from electronics manufacturing to semiconductors and medicine. According to LITILIT, the current limiting factor for such applications is femtosecond laser size.

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