Velo3D Secures $9.8 Million Contract to Enhance Defense Logistics with Additive Manufacturing
Velo3D, an established leader in the field of metal additive manufacturing, recently announced that it has secured a substantial contract worth $9.8 million with the Department of War. This multi-year agreement, specifically with the Defense Logistics Agency (DLA), is geared towards enhancing the efficiency and responsiveness of military supply chains through advanced additive manufacturing techniques.
The contract is part of DLA's Joint Additive Manufacturing Acceptability (JAMA) Pilot Parts Program, which aims to accelerate the integration of additively manufactured components within the Department of War's sustainment operations. This initiative is critical in providing a flexible and expedited pathway for the military to procure high-quality additive parts, which are increasingly recognized for their potential to improve supply chain efficiency across the U.S. Army, Navy, Air Force, Marine Corps, and Space Force.
Dr. Arun Jeldi, CEO of Velo3D, elaborates on the significance of this contract, stating that additive manufacturing represents a vital tool for the Department of War, capable of improving supply chain responsiveness and minimizing sustainment risks. Through this contract, Velo3D will implement its cutting-edge Laser Powder Bed Fusion (LPBF) manufacturing capabilities, alongside its Rapid Production Solution (RPS) framework. This innovative approach will enable the production of complex metal components that often face long lead times or limited availability from domestic suppliers.
The JAMA Pilot Parts Program seeks not only to establish repeatable technical qualifications but also to create robust procurement pathways for spare and replacement parts developed through additive manufacturing. By doing so, it aims to address the key challenges of obsolescence in legacy systems, all while ensuring faster delivery of crucial components to operational units in the field.
As the military continues to evolve, additive manufacturing is being recognized as a cornerstone of modern defense logistics. Leaders within the sector highlight its capabilities for distributed manufacturing, reducing the need for extensive inventories, and enhancing overall readiness among geographically dispersed forces.
To deliver on the expectations set by this contract, Velo3D is set to leverage its extensive production capabilities. The company’s Rapid Production Solution combines advanced manufacturing systems with application engineering expertise and the capacity for distributed production—critical for managing everything from initial part qualification to sustained production demands and surge scenarios.
Velo3D's printers, specifically the Sapphire® series, represent the cutting edge of additive technology. Assembled in the United States, these systems are capable of producing parts up to 600mm in diameter and 1 meter in height, ensuring uniformity and precision across all components manufactured. This technological advancement significantly broadens the array of applications likely to benefit from LPBF technology while ensuring high fidelity printing combined with advanced in-situ process monitoring.
In conclusion, this contract marks a significant leap forward for both Velo3D and the Department of War, paving the way for innovative advancements in supply chain logistics through additive manufacturing methodologies. By harnessing the power of modern technology, the military is poised to enhance its operational capabilities, ensuring that troops have access to the critical components they need, precisely when they need them.
For further insights into Velo3D and its groundbreaking technologies, visit their official website or follow them on social media platforms like LinkedIn and X, where they continually provide updates on their innovative journey in additive manufacturing.
The contract is part of DLA's Joint Additive Manufacturing Acceptability (JAMA) Pilot Parts Program, which aims to accelerate the integration of additively manufactured components within the Department of War's sustainment operations. This initiative is critical in providing a flexible and expedited pathway for the military to procure high-quality additive parts, which are increasingly recognized for their potential to improve supply chain efficiency across the U.S. Army, Navy, Air Force, Marine Corps, and Space Force.
Dr. Arun Jeldi, CEO of Velo3D, elaborates on the significance of this contract, stating that additive manufacturing represents a vital tool for the Department of War, capable of improving supply chain responsiveness and minimizing sustainment risks. Through this contract, Velo3D will implement its cutting-edge Laser Powder Bed Fusion (LPBF) manufacturing capabilities, alongside its Rapid Production Solution (RPS) framework. This innovative approach will enable the production of complex metal components that often face long lead times or limited availability from domestic suppliers.
The JAMA Pilot Parts Program seeks not only to establish repeatable technical qualifications but also to create robust procurement pathways for spare and replacement parts developed through additive manufacturing. By doing so, it aims to address the key challenges of obsolescence in legacy systems, all while ensuring faster delivery of crucial components to operational units in the field.
As the military continues to evolve, additive manufacturing is being recognized as a cornerstone of modern defense logistics. Leaders within the sector highlight its capabilities for distributed manufacturing, reducing the need for extensive inventories, and enhancing overall readiness among geographically dispersed forces.
To deliver on the expectations set by this contract, Velo3D is set to leverage its extensive production capabilities. The company’s Rapid Production Solution combines advanced manufacturing systems with application engineering expertise and the capacity for distributed production—critical for managing everything from initial part qualification to sustained production demands and surge scenarios.
Velo3D's printers, specifically the Sapphire® series, represent the cutting edge of additive technology. Assembled in the United States, these systems are capable of producing parts up to 600mm in diameter and 1 meter in height, ensuring uniformity and precision across all components manufactured. This technological advancement significantly broadens the array of applications likely to benefit from LPBF technology while ensuring high fidelity printing combined with advanced in-situ process monitoring.
In conclusion, this contract marks a significant leap forward for both Velo3D and the Department of War, paving the way for innovative advancements in supply chain logistics through additive manufacturing methodologies. By harnessing the power of modern technology, the military is poised to enhance its operational capabilities, ensuring that troops have access to the critical components they need, precisely when they need them.
For further insights into Velo3D and its groundbreaking technologies, visit their official website or follow them on social media platforms like LinkedIn and X, where they continually provide updates on their innovative journey in additive manufacturing.
Topics Business Technology）
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