Écosystème de partenaires Velo3D

Velo3D soutient un écosystème de partenaires qui anime notre vision consistant à aider les innovateurs à façonner l'avenir. Notre solution de fabrication additive métal entièrement intégrée permet d'imprimer des pièces impossibles à réaliser auparavant. Notre collaboration porte sur la distribution commerciale, les logiciels et la simulation, le post-traitement et les établissements universitaires. Elle a pour objectif de permettre aux clients de fabriquer les pièces dont ils ont besoin, d'accélérer le développement et de réduire le coût des produits.

Types

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Du prototypage à la fin de vie, ADDMAN® fournit une assistance complète pour tous vos besoins en matière de produits. Leur réseau de 4 entreprises et plus de 500 employés s'étend d'un océan à l'autre, offrant une gamme diversifiée de capacités de fabrication, notamment l'impression 3D de métaux et de polymères, l'usinage CNC de précision et le moulage par injection domestique. Son équipe d’experts, issus de divers horizons industriels, guide les partenaires à chaque étape du processus. L'objectif d'ADDMAN est de fournir « n'importe quelle pièce, n'importe quel volume, à chaque étape du processus ». Avec une infrastructure complète, ADDMAN Group fournit des solutions de cycle de vie complet pour répondre aux besoins évolutifs des feuilles de route des produits des clients.

Casthéon, un ADDMAN® Société du groupe, est un fournisseur de solutions de fabrication additive et membre du réseau de fabrication sous contrat Velo3D.

Siège social / Centre d'innovation :
16340 Innovation Ln, Fort Myers, FL 33913

Casthéon
2201 Corporate Dr, Thousand Oaks, CA 91320

AS9100D | ISO 9001 : 2015 | Certifié ITAR

Imprimantes Velo3D : Sapphire (Ø 315 mm x 400 mm z), Sapphire XC (600 mm Ø x 550 mm z)

Matériaux : Inconel® 718 GRCop-42

ATI

ATI est un fournisseur de solutions de fabrication additive et membre du réseau de fabrication sous contrat Velo3D.

Installation de fabrication additive
5301 West Copans Road, Margate, FL 33063

AS9100D | ISO9001 | Enregistré ITAR

Imprimantes Velo3D : Sapphire XC (Ø 600 mm x z 550 mm), Sapphire XC 1MZ (600 mm Ø x 1000 mm z)

Matériaux Velo3D : acier inoxydable 415 et titane 6Al-4V

AVACO est le distributeur exclusif de Velo3D en Corée du Sud

AVACO Co., Ltd.
160-7 Seongseo 4-cha Cheomdan-ro,
Dalseo-gu, Daegu-si, Corée du Sud

Tél. : +82 053-583-8150
Fax : +82 053-588-9209

Ciesse se spécialise dans la production de composants mécaniques complexes de haute précision et est membre du réseau de fabrication sous contrat Velo3D.

Emplacement :
Via Montegrappa, 27, 41042 Ubersetto MO, Italie

Imprimantes Velo3D : Sapphire (Ø 315 mm x 400 mm z)

Matériaux : Inconel® 718

Duncan Machine Products, Inc. (DMP) est un fabricant sous contrat à service complet et une société d'usinage de précision et membre du réseau de fabrication sous contrat Velo3D.

Emplacement :
1003 South 2nd Street, Duncan, OK 73533, États-Unis

AS9100 | ISO9000 | Enregistré ITAR | WOSB

Imprimantes Velo3D : Sapphire (Ø 315 mm x 400 mm z)

Matériaux : Inconel® 718, acier inoxydable CA6NM, titane 6Al-4V, Hastelloy® C22

GoEngineer est le distributeur exclusif de Velo3D aux États-Unis.

Siège:
739 Fort Union Blvd,
Midvale, UT 84047, États-Unis

Tél. : +1 (800) 688-3234
Courriel : info@goengineer.com

Keselowski Advanced Manufacturing (KAM) est un fournisseur de solutions de fabrication additive et membre du réseau de fabrication sous contrat Velo3D

Siège:
258 W. Aviation Drive Statesville, Caroline du Nord 28677, États-Unis

ISO 9001:2015 | AS9100D | Enregistré ITAR | Perry Johnson Registraires, Inc. | Accrédité ANAB

Imprimantes Velo3D : Sapphire XC (600 mm Ø x 550 mm z)

Matériaux Velo3D : Inconel® 718

Knust Godwin est un sous-traitant de précision et membre du réseau de fabrication sous contrat Velo3D.

Emplacement :
586 Stonegate Dr.
Katy, TX , 77494, USA

AS9100 | ISO 9001:2015 | API Q1 | API 7-1 | Certifié ITAR

Imprimantes Velo3D : Sapphire (Ø 315 mm x 400 mm z), Sapphire 1MZ (315 mm Ø x 1000 mm z), Sapphire XC (600 mm Ø x 550 mm z)

Matériaux : Inconel® 718, Titane 6Al-4V, GRCop-42

Mears Machine propose des services du prototype à la production, s'adressant aux entreprises du monde entier. Leur expertise s'étend des projets complexes de recherche et développement pour l'industrie aérospatiale à la fourniture de solutions rapides pour les entreprises locales. Sans projet trop grand ou trop petit, les capacités de Mears Machine sont vraiment polyvalentes.

9973 East US Highway 36 Avon, Indiana 46123

AS9100D | ISO9001 | Enregistré ITAR

Imprimantes Velo3D : 3 Sapphire XC (600 mm Ø x 550 mm z)

Velo3D en avance® CP1, Inconel® 718

MMP Technology® est une entreprise de finition de surface. Grâce à un nouveau procédé d'élimination sélective des rugosités, ils permettent aux ingénieurs d'obtenir et de contrôler les superfinitions de leurs pièces à un niveau d'homogénéité et de reproductibilité jamais atteint auparavant.

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