Register now to attend the Symposium, and see how you can achieve higher manufacturing efficiencies in membrane switch, flex circuit and printed electronics applications.

Learn how these technologies are being adapted to the emerging market of printed electronics, and where the future of these technologies is headed.

Don't Miss the Keynote Session: Integrating Advanced PCB Technologies Into The New Printed Electronics
Robert Tarzwell, a 45-year veteran and consultant for the PCB and the general printed electronics industry, speaks about the adaptation of existing PCB industry techniques into printed single-sided circuit manufacturing to gain market share in the booming printed electronics industry.

The SGIA’s Symposium for printed electronics includes:

• Membrane switch technology

• Printed medical sensors and instrumentation

• LED, OLED, surface mount technologies

• Printed photovoltaic technology

• RFID and high-speed production technologies

• And more…

Register now to attend the best educational event for this rapidly growing technical segment of the specialty imaging industry, May 18–20, 2010 in Phoenix, Arizona.

This year’s hard-hitting program will offer several presentations focused within a variety of topics, such as:

Weathering and Destructive Testing

• Long-Term Aging and Destructive Testing of Printed Membrane Switches

• Specifics of Weathering and Fading for Printed Electronics

• Mechanisms of Weathering and Fading for Inks and Coatings

Precision Material Deposition for Printed Electronics

• Critical Deposit Control for Screen-Printed Electronics

• Critical Deposit Control for 3D High-Aspect Ratio Silver Deposition on Frontside Solar
  

• The Role of Specialized Screen Mesh for Material Deposition in Screen-Printed Electronics
  

Curing and Connectivity for Printed Electronics

• UV, UV LED and Heat Curing Technologies for Printed Electronics (Limitations and Benefits for Substrates, Coatings and Equipment)
  

• Connectivity in Printed Electronics: Printable Conductive Adhesives, Epoxies and Crimp Connections
  

• Using Thermal Transfer Print Technology in Membrane Switches and Printed Electronics
  

(Subject to change.)