China3D printingNet December 7th,3D printingThe service bureau Tronix3D announced that it hassuccessCompleted a technical demonstration, which is part of the AMNOW program of the National Defense Manufacturing and Processing Center (NCDMM).
The event was held last month and was attended by officials from the US Army Combat Capability Development Command (CCDC) and program partner LECS Energy LLC.The plan ultimately aims to support adoption in the existing U.S. Army supply chain through the development and verification of a prototype digital AM supply chain3D printing. Tronix3D’s presentation specifically involved the implementation of LECS Energy’s Learning Integrated Manufacturing System (LIMS), a new process data collection technology.
Ashley Totin, Senior Project Engineer of NCDMM, said: “As the person in charge of the AMNOW program, we are satisfied with the progress of Tronix3D and the results of the demonstration, and are excited to continue our cooperation. This visit will help us determine the future of the data collected by Tronix3D. The benefits are of great significance, including permanent updates to network security protocols, process optimization and overall operational efficiency.”
Tronix3D demonstrated the data collection function of LIMS technology. Filmed by NCDMM.
Use LIMS to collect data in real time
The demonstrated LIMS technology can form a secure digital connection through the supply chain through advanced encryption hardware-this type of encryption is usually not deployed in a regular production environment. NCDMM also stated that it is a key edge device in the cloud-based Advanced Manufacturing Intelligence Platform (AMIP).The U.S. Army uses AMIP to quickly pass manufacturing process information back and forth with suppliers, and it has been used to establish relationships since its launch.3D printingConfidence in key parts.
During the demonstration, Tronix3D3D printingThe onboard operating software, IoT sensors and even embedded programmable nanoparticles demonstrated the powerful functions of LIMS real-time data collection.To help showcase, industry partner Trumpf also allowed access to its metal3D printingThe machine’s inherent ability to collect real-time machine data.
Buck Helfferich, President of Tronix3D, added: “One of Tronix3D’s goals in this project is to improve data collection and transmission in the additive manufacturing process to help maintain and control.3D printingprocess. Monitoring is an important part of the manufacturing process to ensure the repeatable production process of high-quality parts. “
The AMNOW program will produce a fully functional digital U.S. Army supply chain, including metal additive manufacturing. Image courtesy of the US Army/David McNally.
U.S. ArmyAdditive Manufacturing Program
AMCC is funded by CCDC and is a multi-year contract plan with multiple stages and many plan partners. However, this is certainly not the first time the U.S. armed forces organize and fund programs related to additive manufacturing to improve national defense capabilities.
Just last month, the U.S. Air Force’s Office of Rapid Maintenance announced the closure of its first Advanced Manufacturing Olympics, with five winners of the Technical Design Challenge and a total of nearly $1 million in prize money.This virtual event was held from October 20th to 23rd, gathering many industry experts, scholars and government officials to witness3D printingPotential in the field of defense.
In other places,3D printingInnovation Institute America Makes recently received $2.3 million in funding for three project calls aimed at accelerating the adoption of additive manufacturing in defense and other fields. The “open project call” partially funded by the Air Force Research Laboratory is divided into three key technical areas.
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