The Center for Advanced Microelectronics Manufacturing Manufacturing (CAMM)

The Center for Advanced Microelectronics Manufacturing brings government, academia
and industry together to develop the next generation of roll-to-roll and printed flexible
electronics manufacturing capabilities.

CAMM’s new Center for Flexible Hybrid Medical Device Manufacturing has been designated
a Center for Advanced Technology and will receive nearly $8.8 million in funding during
the next 10 years, Empire State Development’s Division of Science, Technology and
Innovation (NYSTAR) announced in 2019. The new center, to be known as FlexMed, will
assist with job creation through the development and commercialization of technologies
in New York state. 

CAMM is also the New York node of NextFlex, a $75 million, five-year federal initiative to advance flexible hybrid electronics
manufacturing. The CAMM is taking a role in creating technology ecosystems as well
as educating the next generation of materials scientists and engineers.

Flexible hybrid electronics use traditional chips as well as electronics printed on
plastic, thin glass, paper and fabric materials that can bend. Applications include
medical diagnostics and treatment, military and homeland security, flexible displays,
telecommunications and a variety of consumer products.

A partnership of Binghamton University, i3 Electronics, Cornell University and the
FlexTech Special Interest Group, the CAMM is the nation’s first prototype research
and development facility in large-area flexible electronics. Established in 2005,
the CAMM is part of S3IP, Binghamton’s New York State Center of Excellence, which
serves as an international resource for systems integration and packaging R&D.

Our laboratory and 10,000-square-foot clean room in Endicott, N.Y., offer unique capabilities,
including manufacturing-scale tools for complex printing, vacuum deposition and lithographic
patterning.

The CAMM has:

• Developed a manufacturing process for a flexible catheter that improves diagnostics
  for patients with heart disease
• Worked with Corning Inc. to demonstrate roll-to-roll processing of thin flexible glass
• Developed fabrication processes for a physiological monitor that tracks EKG, temperature
  and oxygenation for use by members of the armed forces, athletes and hospital patients
• Significant expertise in additive manufacturing of electronics including aerosol jet
  printing, process monitoring and controls