top of page

Tadas Kildusis

Akoneer

CCO

Lithuania

High density Cu traces for novel methods of PCB/FPC and semiconductor packaging production using SSAIL technology.

The Future of Electronics RESHAPED 2024 USA

11-06-2024

Boston, USA

UMass Boston

Selective Surface Activation Induced by Laser (SSAIL) technology allows creating Cu traces on any dielectric material (organic, glass, ceramic, etc.). In first part of this talk we are presenting our results for high throughput 10-25 µm trace formation on FR4 and PET for PCB/FPC production. In the second part we discuss 1-25 µm traces on PI, EMC and glass for semiconductor packaging. This enables novel methods for PCB/FPC and semiconductor packaging avoiding chemical etching, masks and reducing power consumption and waste.

CONTACT US

KGH Concepts GmbH

Mergenthalerallee 73-75, 65760, Eschborn

+49 17661704139

venessa@techblick.com

TechBlick is owned and operated by KGH Concepts GmbH

Registration number HRB 121362

VAT number: DE 337022439

  • LinkedIn
  • YouTube

Sign up for our newsletter to receive updates on our latest speakers and events AND to receive analyst-written summaries of the key talks and happenings in our events.

Thanks for submitting!

© 2025 by KGH Concepts GmbH

bottom of page