

Ordered nanostructures guarantee highly reproducible & repeatable results from every point.
Our unique nano-Transfer printing technology allows for free size and efficient manufacturing with large area wafer
Our SERS substrates are capable of detection down to picomolar level. It is equivalent to the single molecular levels.
3D aligned ultra-fine nanostructures were fabricated by nano-transfer printing technology developed by KAIST and registered for patents in the United States and Europe.
Unprecedented Sensitivity
Unprecedented Sensitivity
Unprecedented Sensitivity
Ordered nanostructures guarantee highly reproducible & repeatable results from every point.
Our unique nano-Transfer printing technology allows for free size and efficient manufacturing with large area wafer
Our SERS substrates are capable of detection down to picomolar level. It is equivalent to the single molecular levels.
Our SERS substrates are capable of detection down to picomolar level. It is equivalent to the single molecular levels.
3D aligned ultra-fine nanostructures were fabricated by nano-transfer printing technology developed by KAIST and registered for patents in the United States and Europe.
Unprecedented Sensitivity
Cost-effectiveness
Cost-effectiveness
If you have any questions regarding products, collaboration, pricing and purchasing, please fill out the form and send it to PiCO Foundry. If you are interested in purchasing Pico Foundry’s SERS products, please feel free to contact us at any time.
If you have any questions regarding products, collaboration, pricing and purchasing, please fill out the form and send it to PiCO Foundry. If you are interested in purchasing Pico Foundry’s SERS products, please feel free to contact us at any time.
cs@picofd.com
(34051) Room T114, Jinri Hall, KAIST Munji Campus, 193 Munji-ro, Yuseong-gu, Daejeon
102 Lake Boulevard, Davis, CA 95616