The Defense Advanced Research Projects Agency (DARPA) is soliciting innovative approaches to demonstrate an additive manufacturing (AM) technology with new materials to enable fabrication of complex microsystem geometries. The principal objective of the AMME program is to invent radically new approaches to additively manufacture three-dimensional (3D) non-planar microsystems.
Description Most additive manufacturing technologies use thermoplastic material systems, which are easy to process and suitable for large-scale manufacturing. But cooling and solidifying of previously deposited layers causes residual stress to build. This build-up arises because of the contraction of deposited beads during cooling, stressing the previous layers, which have already mostly contracted.
Additive manufacturing technologies, such as Stereolithography (SLA), have helped enable the production of conductive components with architectures not achievable through conventional manufacturing methods. However, there are some drawbacks to contemporary methods and materials, including the need for 3D printable composite resins with high percentages of carbon-based filler to achieve conductivity.
OPTIMIZED ISOGRID STRUCTURES USING HYBRID ADDITIVE MANUFACTURING Solicitation ID/Procurement Identifier: 80NSSC22M0245 Ultimate Completion Date: Tue Apr 30 17:00:00 GMT 2024
The Contractor shall provide advanced airworthy additive manufacturing (AM) capability and capacity to the USAF at WR-ALC/CMXG, Robins AFB, GA including delivery, installation, and certification of one GE Concept Laser mode M2 Series 5 additive manufacturing system and associated peripheral and post-processing equipment.The only approved source for these items is General Electric (GE) Company.This solicitation will result in a Firm Fixed Priced Delivery
This document describes a metal Additive Manufacturing (AM) system for the Metal Workingand Machining Shop Set (MWMSS). The MWMSS is an assemblage of machinists cutting,measuring, and welding equipment integrated into two one side expandable 8’x8’x20’ mobileshelters. The MWMSS was designed to support the Military Occupational Specialty (MOS) 91Ethat combined the previous 44E (Machinist) and 44B (Metalworker/Welder).
This document describes a metal Additive Manufacturing (AM) system for the Metal Workingand Machining Shop Set (MWMSS). The MWMSS is an assemblage of machinists cutting,measuring, and welding equipment integrated into two one side expandable 8’x8’x20’ mobileshelters. The MWMSS was designed to support the Military Occupational Specialty (MOS) 91Ethat combined the previous 44E (Machinist) and 44B (Metalworker/Welder).
