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Explore 3D printed metal parts ​manufactured with HP Metal Jet​

Discover a wide range of innovative applications printed with HP Metal Jet

Explore the gallery, and learn how HP Metal Jet technology helps businesses overcome analog limitations, and create innovative applications that can be mass customized and rapidly brought to market.​

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Electrical air filters printed with HP Metal Jet
3d metal printed part Air filter by Schneider Front view
3d metal printed part Air filter by Schneider rear view
Schneider Electric logo

Electric air filter for 690V circuit breakers

The HP Metal Jet S100 Printing Solution offers high-quality, precise, and durable metal parts, essential for Schneider Electric's applications. It enables the creation of complex geometries that traditional methods can't achieve, fostering innovation and efficiency. Additionally, it enabled a faster time to production, cost-effective serial production and improved performance.

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Case study
3d metal part Servo valve manifold
3d metal part from SinoDynamics
SinoDynamics logo

S3 Servo valve manifold

In most cases, the S3 series is the most commonly used valve (NG6). The servo valve adopts a patented rotating valve core structure, which controls the valve opening by rotating the valve core with a micro servo motor. It has extremely high dynamic performance, exceeding NAS10 level anti-pollution ability and a maximum flow rate of up to 75L/min.

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Engine fuel bypass manifold printed with HP Metal Jet
3d metal printed part engine fuel bypass manifold by John Deere
3d metal printed part by John Deere printed with HP Metal Jet
John Deere logo

Engine fuel bypass manifold

John Deere has successfully used HP Metal Jet technology to produce a fuel bypass manifold for their tractors. The manifold benefits from greater design freedom, consolidating multiple parts into a single unit, reducing assembly costs and errors. HP Metal Jet also minimizes material waste and machining steps by quickly printing near-net shape complex hydraulic applications.

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Case study
Direct drive manifold printed with HP metal Jet
3D metal printed part internal view S4 Pro Servo Manifold by Domin
3D metal printed part S4 Pro Servo Manifold by DominDomin logo
Domin logo

S4 Pro servo valve manifold

Domin's hydraulic equipment, featuring a direct drive manifold produced with HP Metal Jet, offers significant design freedom, enabling more fluid flow in smaller, complex spaces. This innovation enhances performance, allowing valves to operate at thousands of psi, even in harsh environments. Additionally, the technology provides substantial cost savings, with a 60% reduction compared to existing solutions.

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3d metal printed part hydraulic manifold
Hydraulic manifold printed with metal 3d printer from HP
Inspire logo
Additive Fluidics logo
ETH zurich

Generative design of hydraulic manifolds

Generative design algorithms allow for automatically creating production-ready hydraulic manifolds, taking into account the basic design rules for HP Metal Jet technology. Based on the chosen interface and channel layout, the algorithm generates the detailed part design with reinforcements, supports, and a sintering surface.

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Mix of mold inserts from INDO-MIM 3D printed metal parts
Mold insert type 1 from INDO-MIM 3d printed metal part
Mold insert type 2 from INDO-MIM 3d printed metal part
Mold insert type 3 from INDO-MIM printed with metal 3d printer from HP
INDO-MIM logo

Mold inserts for MIM

INDO-MIM is using HP Metal Jet technology to rapidly develop a wide range of applications, including M2 tool steel mold inserts with conformal cooling channels, for various industries. The technology has provided substantial lower cycle times, increase in the wear resistance and reduction in time-to-market.

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3d printed metal part by BJ tech
3d Metal part by BJ Tech
3D metal part produced with HP Metal Jet
BJ tech logo
Sinterzone logo

H13 inserts for PIM tooling

BJ tech has utilized HP Metal Jet technology in collaboration with Sinterzone to produce H13 inserts for PIM tooling. This partnership has enabled BJ tech to leverage the advanced capabilities of HP Metal Jet to create high-quality, durable tooling components that meet the stringent requirements of their manufacturing processes.

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Two watches with a watch case printed with HP Metal Jet
Three watch cases printed with HP Metal Jet
3D Metal part watch case
3D Metal part printed with HP Metal Jet
Legor logo
Amano+ logo

Watch case

Amano+ uses HP Metal Jet technology to create customizable, Italian-made watches. By combining traditional watchmaking with advanced 3D metal printing and recycled stainless steel, they achieved unique textures and personalized designs. The technology allows fully dense parts, showcasing design freedom and flexibility in additive manufacturing.

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Golf putter from Cobra printed with HP Metal Jet
3d printed metal part Golf putter
3d printed metal putter by Cobra Puma Golf
Golf putter printed with HP Metal Jet
Cobra logo

KING Supersport-35 putter 

The first-ever commercially available metal 3D printed putter leverages HP Metal Jet technology to enhance performance for the end user. This technology provides design freedom and optimal weight distribution, resulting in a 3D printed body and lattice design that optimizes performance. Additionally, it offers cost savings by eliminating the need for 3D printing supports and increasing throughput.

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Mix of 3d metal parts
3d printed metal part by Zoltrix
3D printed part printed with HP Metal Jet
Zoltrix logo

Mix of functional parts

Zoltrix has leveraged HP Metal Jet technology to revolutionize the production of metal components for consumer electronics, industrial, and medical applications. By using HP's advanced 3D metal binder jet platform, Zoltrix can produce high-quality, functional parts quickly and precisely. This collaboration has reduced time to market, enabled complex designs, and eliminated the need for traditional tooling. 

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Pendant printed with HP Metal Jet
Ring printed with HP Metal Jet
Ring printed with Metal 3D Printer from HP
Ring metal 3d part

Rings and pendants

Legor has utilized HP Metal Jet technology to transform the production of jewelry and fashion accessories. By using HP's advanced 3D metal binder jet platform, Legor can produce high-quality, functional stainless steel accessories quickly and precisely. This collaboration has reduced time to market, enabled complex designs, and eliminated the need for traditional tooling.

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Disposal forming tool
Grasper end effector for robotic surgery printed with HP Metal Jet
Forming component for titanium staples in a laparoscopic stapler printed with HP Metal Jet
Knee cutting guide printed with HP Metal Jet

Medical tools and Instruments

HP Metal Jet technology offers numerous benefits for medical parts. It enables the creation of complex, high-quality components, crucial for medical applications. The technology allows rapid prototyping and production, reducing time-to-market for new devices.Additionally, it is cost-effective for both small-scale and mass production, providing substantial savings.

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Tailgate Strut bracket printed with HP Metal Jet
Roller finger follower printed with HP Metal Jet
Roller finger follower manufactured with Metal Jet 3D printer from HP
ArcelorMittal logo

Steel solutions

The collaboration between HP and ArcelorMittal aims at bringing new steel solutions to a sufficient TRL and then incubating new applications developed in collaboration with customers in ArcelorMittal Research Center.

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Volkswagen T-Roc A-Pillar lightweighting automotive structural parts
Automotive structural part produced with HP Metal Jet
Automotive component produced with metal 3d printer from HP
Volkswagen logo

T-Roc structural reinforcement

The Volkswagen T-Roc A-Pillar lightweighting automotive structural parts have been optimized for performance, with parts proven through successful vehicle crash tests. The use of additive software enables part nesting, effectively doubling the number of parts printed per job. Additionally, topology optimization has helped to reduce material usage in the assembly, making the process more efficient.

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Discover the certified, qualified and compatible materials

Three powder classifications available offering a perfect balance of fully tested parameters, qualified performance, and system compatibility.

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Revolutionize metal 3D printing with scalable platform configurations designed to grow with you, from development to mass production.

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