Introduction To AME And What It Can Do For You

This document provides a brief introduction to Additively Manufactured Electronics (AME) technology and an overview of current 3D printing processes for electronics. It highlights the benefits of AME compared to traditional printed circuit board (PCB) technology and explains why advancing this emerging technology is worthwhile. Key unique selling points (USPs) of AME are linked to visionary stories on the J.A.M.E.S platform, allowing registered users to track the technology's progress toward real-world applications. Additionally, the document explores industry challenges and potential solutions. Readers will also find case studies showcasing successful AME implementations in various applications.

Table of Content

1.  Additively Manufactured Electronics (AME)
        What is AME and what processes are present on the J-AMES Platform
   
   
2.  Non-technical Benefits Of 3D Printed Electronics
        The logistical, ecological and economical benefits of AME
   
   
3.  Lumped AME Filters
        Building AME lumped element filters shows the potential of reducing costs, space and weight
   
   
4.  3D Wiring Concept
        New wiring concepts by AME overcome the limitations of PCB
   
   
5.  Merging Mechanical And Electrical Functionalities
        Electrify volumes of any shape and rethink the concepts of housings
   
   
6.  Heterogeneous Integration Of Unpackaged Chips
        Embedding and contacting bare chips using AME, avoiding bond wiring can increase miniaturization