Concepts
Additively Manufactured Ballistic Body Armor
Modern shaping processes such as Additive Manufacturing (AM) make it possible to produce customized body armor for ballistic protective vests. These consist of textile, metallic, ceramic or composite ...
Historic E-guitar Meets AME
The exhibition presents how AME technology fulfills distinctive design and shape necessities, transforming current structures into electric ones.
Historic E-guitar: Idea Pickup AMEfication
In the final episode of the Historic E-Guitar series, we continue our exploration of pickup amplification in electric guitars. Get ready to discover the remarkable technological advancements and ...
J.A.M.E.S Coin NFC On AME In 3D Ceramics
For the first time the J.A.M.E.S Coin Design is transformed into a new material and process concept. The Fraunhofer IKTS at Dresden used their process knowledge in additive ceramics to realize the ...
System In Package (SIP)
The goal is to create a reliable and efficient way to design and manufacture system-in-package (SIP) devices. In contrast to traditional approaches, it is intended to avoid wire bonding processes. ...
RF Synthesizer - 3D Heterogeneous Integration
The goal of this AME story is to develop a guideline towards a highly integrated electrified volume of arbitrary shape. It is intended to leave the flat PCB formfactor behind and fit the desired ...
J.A.M.E.S Coin NFC In AME
The purpose of this design remains to be purely educational. It is meant to give a brief introduction on the full potential of the AME technology by embedding the COTS components of the J.A.M.E.S ...
Induction Motor Design Concept
The design shows the concept of an additively manufactured induction motor. The vision behind this is to 3D-print functional electric motors. Electric motors are most commonly manufactured by winding ...
Advanced AME Equipment Enabling Surface Part Mounting Substrates
FPM-Trinity is not only for the creation of bare boards made with dielectric resin and conductive ink but also for the creation of boards with SMT parts.
RF-Interface Elements
High-frequency AME designs demand precise RF signal handling, with a focus on critical RF interfaces and simulation for impedance control and frequency matching.
AME Innovation: Harnessing The Power Of ESP-EYE
The ESP-EYE, provided by ESPRESSIF, is a development board designed for image recognition and audio processing, making it suitable for various AIoT applications.
3D AME Ferrite Ring Core Coil
This article showcases the continuous efforts of the J.A.M.E.S engineering team in creating a focused AME coil element. The aim is to integrate a ferrite ring core to enhance inductivity. The ...
RF-connector To AME Microstrip
In the field of advanced electronics, Additive Manufacturing Electronics (AME) has emerged as a cutting-edge design approach, enabling the seamless integration of RF interfaces using Southwest ...
Historic E-guitar: Idea Pickguard AMEfication
We are thrilled to share further insights and updates on episode two of our Historic E-guitar Meets AME. Join us again as we showcase our dedication and innovative spirit.
Educational AME-Motor
Experience our demonstrator assembly with various AME Motors and Brushless Motor controller designs, witnessing the industry's innovative advancements and AME's transformative role.
Populating DragonFly IV AMEs
Find out how to populate external COTS components on your AME design
Hardware Cyber Security By AME
The goal is to describe the potential benefits of AME in aspects of hardware cyber security. Nowadays protection against industrial espionage for electronic devices takes more and more ...
One Print-Job In Two Parts
Standard model for die placing that split for 2 print-jobs and printed one on top of the other. We saw the opportunity in creating SIP by Nano-Dimension printer, it makes the SIP faster, create high ...
Simultaneous Manufacturing And Co-Sintering
To allow the integration of the functional materials also inside the component, which results in a higher degree of freedom concerning the design, simultaneous manufacturing is used.
Sequential Component Manufacturing
In order to integrate additional functionalities within one component, different materials or material mixtures have to be combined. This poses an enormous challenge in thermal co-processing, making ...
Sintering As A Feature Of The Process Chain
Sintering is an additional process step in comparison to standard polymer based electronic manufacturing.
Design Data For DragonFly IV
Get access to all the required data to start your own design process for the DragonFly IV system.
Infrastructure For DragonFly IV
Get an overview of the technology the DragonFly IV system is using to print your vision for AME.
Slicing For DragonFly IV
Do you want to print your design after finishing it? Find out how to slice it into a print job.
Tutorials To Learn About AME
Do you want to get involved and start your own AME experience? Do you want to design and realize exciting AME structures, but you are not sure how to do it? Then you came to the right place. The ...
Lumped AME Filters
The goal is to derive a methodology to generate lumped AME element filters consisting of AME coils and AME capacitors. The process should be as automatic as possible and ideally result in a ...
AME Drone
Designing a fully functioning drone is a quite challenging task. Due to their operation conditions, the usual requirements for the electronics include being lightweight, low power consumption and ...