Sensing at the Micron Scale

In this presentation, Randon explores how laser micromachining enables the development and production of advanced sensor technologies. From precision drilling of micron-scale features across a wide range of applications, including gas sensors, IV drug delivery systems, fuel cells, and next-generation batteries, he highlights how these techniques are transforming multiple industries.

The session also examines the skiving and drilling of optical fibers, supporting applications such as plasmonic sensing and in-vivo monitoring systems, and demonstrates how high-accuracy laser processes are driving innovation in miniaturized sensing technologies. Attendees will gain valuable insight into the manufacturing techniques behind next-generation micro-scale sensors, along with key real-world applications and production considerations.

About the presenter
Chris Randon is a highly experienced sales engineer with over 20 years in the fiber optics and optical components industry, including a tenure at Fujitsu Quantum Devices. Since 2014, he has specialized in laser micromachining, applying his deep technical knowledge to deliver tailored solutions across a wide range of sectors, including medical and aerospace.

With a strong foundation in test engineering and software development, Randon brings a unique perspective from both vendor and customer sides of the industry.