We recently sat down with Dr. Rick Russo, CEO of Fremont-based Applied Spectra. Applied Spectra manufactures specialized analytical instruments that remove nanogram to microgram amounts of sample mass via a highly focused laser beam for direct solid-sample chemical analysis.

Q: Applied Spectra is experiencing strong growth. What’s driving this growth?

A: Applied Spectra’s instruments are highly versatile and able to be used across various industries. Laser ablation technology is rapidly the new standard in environmental analysis, alternative energy manufacturing, forensic sciences, and for general analytical measurements (elemental and isotopic) that support the R&D and manufacturing community. As manufacturing chains are complex and sourced from many parts of the world, there is a greater need to understand what makes up the components of different materials sourced from multiple manufacturers.

Q: Discuss the history of Applied Spectra. Where was the technology developed?

A: Applied Spectra’s technology was developed at the Lawrence Berkeley National Laboratory (LBNL). Fundamental research on laser ablation led to the development of methods for application in various industries needing direct solid-sample chemical analysis. The LBNL research program began in 1982 with the Applied Spectra spinning off in 2004.

Q: Applied Spectra’s equipment is built in Fremont one machine at a time. You have a great manufacturing story. Can you describe what contributes to this decision to locate in Fremont and build the instruments here?

A: Applied Spectra’s decision to locate in Fremont was based on the City’s proximity to a highly educated workforce, clustering of startup companies, innovative technologies and central location in Silicon Valley.

Q: What’s next?

A: We are growing and, more importantly, hiring!

J100 Series femtosecond LA-ICP-MS system