Velo3D Partners with U.S. Navy to Bolster Maritime Industrial Base Through Advanced 3D Printing of Critical Ship Components
Velo3D (NASDAQ:VELO) has secured a $6 million contract with the U.S. Navy to develop and qualify copper nickel alloy (CuNi) for its Sapphire line of 3D printers. The partnership aims to accelerate ship repairs and enhance the maritime industrial base through advanced manufacturing capabilities.
The agreement includes qualifying CuNi for use in Velo3D's large-format Sapphire XC printer, which can produce parts up to 600mm in diameter and 550mm in height. The company's Rapid Production Solution (RPS) will enable faster production of mission-critical parts compared to traditional casting methods, improving shipbuilding schedules and supply chain resilience.
The qualification process will be conducted at Velo3D's U.S.-based facility in Fremont, California, in collaboration with a domestic metal powder supplier, ensuring supply chain independence for the Navy.
Velo3D (NASDAQ:VELO) ha ottenuto un contratto da 6 milioni di dollari con la Marina degli Stati Uniti per sviluppare e qualificare una lega rame-nichel (CuNi) per la sua linea di stampanti 3D Sapphire. La collaborazione punta ad accelerare le riparazioni navali e a rafforzare la base industriale marittima tramite capacit脿 avanzate di produzione.
L'accordo prevede la qualificazione del CuNi per l'uso nella stampante a grande formato Sapphire XC di Velo3D, in grado di produrre componenti fino a 600 mm di diametro e 550 mm di altezza. La Rapid Production Solution (RPS) dell'azienda consentir脿 una produzione pi霉 rapida di parti critiche rispetto ai metodi tradizionali di fusione, migliorando i tempi di costruzione navale e la resilienza della catena di fornitura.
Il processo di qualificazione si svolger脿 nella struttura statunitense di Velo3D a Fremont, California, in collaborazione con un fornitore nazionale di polveri metalliche, garantendo indipendenza nella filiera per la Marina.
Velo3D (NASDAQ:VELO) ha asegurado un contrato de 6 millones de d贸lares con la Marina de EE. UU. para desarrollar y calificar una aleaci贸n de cobre-n铆quel (CuNi) para su l铆nea de impresoras 3D Sapphire. La asociaci贸n busca acelerar las reparaciones navales y reforzar la base industrial mar铆tima mediante capacidades avanzadas de fabricaci贸n.
El acuerdo contempla la calificaci贸n del CuNi para su uso en la impresora de gran formato Sapphire XC de Velo3D, capaz de fabricar piezas de hasta 600 mm de di谩metro y 550 mm de altura. La Rapid Production Solution (RPS) de la compa帽铆a permitir谩 producir piezas cr铆ticas para la misi贸n m谩s r谩pidamente que los m茅todos tradicionales de fundici贸n, mejorando los cronogramas de construcci贸n naval y la resiliencia de la cadena de suministro.
El proceso de calificaci贸n se llevar谩 a cabo en las instalaciones de Velo3D en Fremont, California, en colaboraci贸n con un proveedor nacional de polvo met谩lico, asegurando la independencia de la cadena de suministro para la Marina.
Velo3D (NASDAQ:VELO)臧� 氙� 頃搓蛋瓿� 600毵� 雼煬 攴滊鞚� 瓿勳暯鞚� 觳搓舶頃橃棳 鞛愳偓鞚� Sapphire 3D 頂勲Π韯办毄 甑Μ-雼堨紙 頃╆笀(CuNi)鞚� 臧滊皽頃橁碃 鞚胳頃╇媹雼�. 鞚� 韺岉姼雱堨嫮鞚� 觳嫧 鞝滌“ 鞐焿鞚� 韱淀暣 頃爼 靾橂Μ毳� 臧�靻嶍檾頃橁碃 頃挫枒 靷办梾 旮半皹鞚� 臧曧檾頃橂姅 瓴冹潉 氇╉憸搿� 頃╇媹雼�.
瓿勳暯鞐愲姅 歆侁步 600mm, 雴掛澊 550mm旯岇 攵�頀堨潉 鞝滌瀾頃� 靾� 鞛堧姅 雽�順� Sapphire XC 頂勲Π韯�鞐� CuNi毳� 鞝侅毄頃橂姅 鞚胳 鞛戩梾鞚� 韽暔霅╇媹雼�. 須岇偓鞚� Rapid Production Solution(RPS)鞚� 鞝勴喌鞝侅澑 欤检“ 氚╈嫕氤措嫟 鞛勲 欷戩殧 攵�頀堨潉 雿� 牍犽ゴ瓴� 靸濎偘頃� 靾� 鞛堦矊 頃� 頃爼 瓯挫“ 鞚检爼瓿� 瓿店笁毵� 須岆车霠レ潉 臧滌劆頃╇媹雼�.
鞚胳 鞝堨皑電� 旌橂Μ韽媹鞎� 頂勲Μ氇姼鞐� 鞛堧姅 Velo3D鞚� 氙戈淡 鞁滌劋鞐愳劀 甑偞 旮堨啀 攵勲 瓿店笁鞐呾泊鞕� 順戨牓頃橃棳 靾橅枆霅橃柎 頃搓蛋鞚� 瓿店笁毵� 霃呺靹膘潉 頇曤炒頃╇媹雼�.
Velo3D (NASDAQ:VELO) a obtenu un contrat de 6 millions de dollars avec la Marine am茅ricaine pour d茅velopper et qualifier un alliage cuivre-nickel (CuNi) destin茅 脿 sa gamme d'imprimantes 3D Sapphire. Le partenariat vise 脿 acc茅l茅rer les r茅parations navales et 脿 renforcer la base industrielle maritime gr芒ce 脿 des capacit茅s de fabrication avanc茅es.
L'accord pr茅voit la qualification du CuNi pour utilisation dans la Sapphire XC grand format de Velo3D, capable de produire des pi猫ces jusqu'脿 600 mm de diam猫tre et 550 mm de hauteur. La Rapid Production Solution (RPS) de la soci茅t茅 permettra de produire plus rapidement des pi猫ces critiques pour la mission par rapport aux m茅thodes de moulage traditionnelles, am茅liorant les calendriers de construction navale et la r茅silience de la cha卯ne d'approvisionnement.
Le processus de qualification sera r茅alis茅 dans l'installation am茅ricaine de Velo3D 脿 Fremont, en Californie, en collaboration avec un fournisseur national de poudres m茅talliques, garantissant l'ind茅pendance de la cha卯ne d'approvisionnement pour la Marine.
Velo3D (NASDAQ:VELO) hat einen 6-Millionen-Dollar-Vertrag mit der US Navy abgeschlossen, um eine Kupfer-Nickel-Legierung (CuNi) f眉r seine Sapphire-3D-Druckerreihe zu entwickeln und zu qualifizieren. Die Partnerschaft zielt darauf ab, Schiffreparaturen zu beschleunigen und die maritime Industrie durch fortschrittliche Fertigungskapazit盲ten zu st盲rken.
Der Vertrag umfasst die Qualifikation von CuNi f眉r den Einsatz in Velo3Ds gro脽formatigem Sapphire XC-Drucker, der Bauteile mit bis zu 600 mm Durchmesser und 550 mm H枚he fertigen kann. Die Rapid Production Solution (RPS) des Unternehmens erm枚glicht eine schnellere Produktion missionskritischer Teile im Vergleich zu herk枚mmlichen Gie脽verfahren und verbessert so Bauzeiten und Resilienz der Lieferkette.
Der Qualifikationsprozess wird in Velo3Ds US-Anlage in Fremont, Kalifornien, in Zusammenarbeit mit einem inl盲ndischen Metallpulverlieferanten durchgef眉hrt, um die Unabh盲ngigkeit der Lieferkette f眉r die Navy sicherzustellen.
- Secured $6M contract with U.S. Navy for CuNi alloy development
- First U.S.-based OEM to develop CuNi for domestic LPBF systems
- Partnership with domestic powder supplier ensures supply chain independence
- Systems meet DoD cybersecurity standards for military network integration
- None.
Insights
Velo3D's $6M Navy contract for CuNi printing capabilities enhances its competitive position in the defense sector with significant revenue potential.
Velo3D's
The technical breakthrough here is substantial. By developing CuNi qualification for large-format Laser Powder-Bed Fusion (LPBF) technology, Velo3D is creating proprietary capabilities that few competitors can match. Their Rapid Production Solution offers three vital advantages: dramatically reduced lead times compared to traditional casting methods, enhanced part reliability through advanced manufacturing techniques, and surge capacity that aligns with fluctuating defense demands.
From a defense industrial base perspective, this partnership addresses a crucial vulnerability in naval maintenance operations. Ship repair delays have been a persistent problem affecting fleet readiness. By providing on-demand production of complex CuNi components, Velo3D potentially solves a supply chain weakness while establishing themselves as a technology leader with a first-mover advantage in this specialized application. Their domestic development and production capabilities, combined with U.S.-based powder suppliers, further strengthen their strategic alignment with defense priorities emphasizing secure supply chains.
The technical significance of Velo3D's CuNi development cannot be overstated. Copper nickel alloys present exceptional challenges for additive manufacturing due to their high thermal conductivity and reflectivity properties that make laser melting difficult. By qualifying this material for their Sapphire XC system, Velo3D is overcoming substantial technical barriers that have limited industrial applications of metal 3D printing.
Their large-format Sapphire XC printer, with build volumes up to 600mm in diameter and 550mm in height, allows for production of substantially larger components than typically possible with additive manufacturing. This size capability, combined with the CuNi material qualification, opens new applications beyond just replacement parts 鈥� it enables novel component designs that weren't feasible with traditional manufacturing methods.
The company's layer-by-layer in-situ process monitoring represents a critical quality assurance capability for defense applications, where part certification and validation are paramount. This advanced monitoring system allows real-time verification of build quality, substantially reducing certification timelines for critical components and enabling the technology to address high-reliability applications.
From a manufacturing economics perspective, the value proposition extends beyond just faster production. Traditional casting of complex CuNi components often requires extensive post-processing and rework, driving up total production costs. Velo3D's approach potentially eliminates many of these secondary operations, improving not just lead times but also overall economics while reducing material waste. This positions their technology as a compelling alternative to conventional manufacturing for specialized maritime components, with implications extending well beyond the initial
The two agreements include purchase of Velo3D's large-format Sapphire XC printer and establishing a service agreement in support of key research and development, qualification, and part fabrication efforts
CuNi is leveraged in naval applications due to its exceptional seawater corrosion resistance. However, traditional casting of CuNi presents significant manufacturing challenges, often requiring extensive rework, increasing total costs and lead times. Velo3D's Rapid Production Solution (RPS) can develop and produce these parts in less time than traditional casting sourcing and can be used to improve shipbuilding schedules and supply chain resiliency.
Velo3D's RPS leverages its systems, expertise, and surge capacity solutions to enable scalable production of mission-critical parts that support
"Velo3D is proud to be the first
The CuNi qualification process is being performed by Velo3D's
All Sapphire printers are assembled in
Velo3D's systems meet DoD cybersecurity standards and can connect securely to military networks, ensuring integrity and security for critical manufacturing operations.
This partnership represents Velo 3D's efforts to support ship maintenance modernization and reduce repair delays that impact fleet readiness.
About the Maritime Industrial Base Program:
The Navy's Maritime Industrial Base Program was established to develop, implement, and execute a plan to stabilize, enhance, and grow the maritime industrial base by addressing the wide range of challenges to industrial base capacity, capability, and workforce. For more information, visit
About Velo3D:
Velo3D is a metal 3D printing technology company. 3D printing鈥攁lso known as additive manufacturing (AM)鈥攈as a unique ability to improve the way high-value metal parts are built. However, legacy metal AM has been greatly limited in its capabilities since its invention almost 30 years ago. This has prevented the technology from being used to create the most valuable and impactful parts, restricting its use to specific niches where the limitations were acceptable.
Velo3D has overcome these limitations so engineers can design and print the parts they want. The company's solution unlocks a wide breadth of design freedom and enables customers in space exploration, aviation, power generation, energy, and semiconductor to innovate the future in their respective industries. Using Velo3D, these customers can now build mission-critical metal parts that were previously impossible to manufacture. The fully integrated solution includes the Flow print preparation software, the Sapphire family of printers, and the Assure quality control system鈥攁ll of which are powered by Velo3D's Intelligent Fusion manufacturing process. The company delivered its first Sapphire system in 2018 and has been a strategic partner to innovators such as SpaceX, Aerojet Rocketdyne, Lockheed Martin, Avio, and General Motors. Velo3D was named as one of . For more information, please visit , or follow the company on .
VELO, VELO3D, SAPPHIRE and INTELLIGENT FUSION, are registered trademarks of Velo3D, Inc.; and WITHOUT COMPROMISE, FLOW, FLOW DEVELOPER, and ASSURE are trademarks of Velo3D, Inc. All Rights Reserved 漏 Velo3D, Inc.
View original content:
SOURCE Velo3D, Inc.
FAQ
What is the value of Velo3D's contract with the U.S. Navy?
What are the capabilities of Velo3D's Sapphire XC printer?
How will Velo3D's technology benefit U.S. Navy ship repairs?
Where will Velo3D conduct the CuNi qualification process?
What makes CuNi important for naval applications?
