HP Showcases Growth in High-Volume 3D Printing Deployments and Breakthrough App for Manufacturing

HP Showcases Growth in High-Volume 3D Printing Deployments and Breakthrough App for Manufacturing

At the HP Innovation Summit in Barcelona, Spain, HP announced expanded installations of its HP Jet Fusion 3D printing solutions with digital manufacturing innovators Protolabs, Materialise, and ZiggZagg. As a leader in helping the world take advantage of digital technologies in the 4th Industrial Revolution, HP also showcased its collaboration with the International Additive Manufacturing (IAM) 3D Hub and highlighted numerous applications of 3D printing in action, including new lighter-weight helmets for the Pontifical Swiss Guard, custom merchandising for PepsiCo, airflow manifolds for high-performance auto racing, industrial machinery used in the construction of skyscrapers, and orthosis devices improving the quality of life for patients, amongst others.

“The digital transformation of the $12 trillion manufacturing industry is changing the game for the world’s designers, product developers, manufacturing and supply chain professionals, creating massive opportunity for the 3D printing ecosystem,” said Ramon Pastor, general manager of Multi Jet Fusion, HP Inc. “In collaboration with our customers, we are proud to reinvent the way the world designs and manufacturers and to drive innovative new applications made possible with HP Multi Jet Fusion. Whether it’s helping the Swiss Guard protect the Vatican or reinventing what can be done for an entire industry like orthopedics, the possibilities are endless.”

Innovative Leaders Look to the Digital Future of Manufacturing with HP Multi Jet Fusion Technology

Protolabs (NYSE: PRLB), the world’s fastest manufacturer of custom prototypes and on-demand production parts with 11 manufacturing facilities across four countries, is upgrading its seven HP Jet Fusion 3D printers in the U.S. and Germany to industrial HP Jet Fusion 4210 3D systems to meet the increasing demand for global 3D production services.

“The demand for 3D-printed production applications continues to grow and HP’s Multi Jet Fusion technology is furthering our ability to deliver our customers industrial-grade parts quickly and cost-effectively,” said Vicki Holt, president and CEO, Protolabs. “By expanding the capacity of our HP Multi Jet Fusion services and installing printers in the United States and Europe, we are meeting the needs of our global customer base and demonstrating that geographically distributed, on-demand production is a reality today.”

Protolabs is using the speed, quality, and cost advantages of Multi Jet Fusion technology to provide compelling custom packaging applications for customers including PepsiCo (NASDAQ: PEPwho recently 3D printed Black Panther masks for its promotional beverage kits. These benefits also translated to success for Stream Lion Design, another Protolabs customer in the industrial sector who found the production-grade capabilities of Multi Jet Fusion ideal for solving a combustion turbine problem in the utilities industry. A new HP 3D printed modal hammer has enabled the company to survey engine turbines in the field and double the speed of data collection.

Materialise (NASDAQ: MTLS), a leading provider of Additive Manufacturing software and services for the medical and industrial markets, has already deployed eight HP Jet Fusion 4200 3D printers. In an exciting development, Materialise and HP have now entered into an exclusive agreement with RSPrint to scale an end-to-end 3D solution to design and manufacture individualized insoles.  Through RSPrint, FitStation powered by HP, uses Materialise’s 3D design and manufacturing software to translate individual biomechanical data into personalized insoles. Insoles can then be securely manufactured worldwide on Materialise’s HP Jet Fusion 3D printers.

ZiggZagg, a leading 3D printing provider in Belgium, joins existing digital manufacturing service providers such as Forecast 3D, Go Proto, Materialise, Protolabs, and Stern with multi-unit deployments of HP’s Jet Fusion 3D printing solutions. The company has installed six HP Jet Fusion 4210 3D printers to produce parts for their customers across the medical, consumer goods, automotive and industrial markets.

ZiggZagg used its HP Multi Jet Fusion technology to print a single-piece engine manifold for a race car participating in the Belcar Endurance Championship racing series in Belgium and The Netherlands. The HP 3D printed part replaced two pieces that were injection molded and had to be welded together. Using the injection molded parts, the team often lost races when the parts broke apart, destroying the entire manifold due to the extreme pressure. The team optimized the HP 3D printed part by using additive design advantages to simplify the structure and improve air flow, resulting in a Top 5 finish in its most recent race.

Global 3D Center of Excellence Collaborates with HP to Drive 4th Industrial Revolution

IAM 3D Hub, which brings together private companies, public entities, and R&D organizations, has installed eight HP Jet Fusion 4200 3D printing systems. IAM 3D Hub is also tapping HP’s industry leadership and technology expertise to expand educational and training opportunities, provide business mentoring, and grow the industry ecosystem. The Hub was founded to help integrate and coordinate 3D printing activities around the world and provides customers with an alternative way to design, develop, and manufacture new competitive products and services.

“IAM 3D Hub shares HP’s vision to accelerate the adoption and development of 3D printing technologies for industrial production, and provide expansive education and training opportunities to grow the market,” said Aintzane Arbide, general secretary, IAM 3D Hub. “HP’s leadership has already helped us move the needle across our various programs specific to technology innovation. The advanced capabilities of Multi Jet Fusion allow organizations to completely rethink their approach to product engineering and design, complex workflows, and advance the future of their manufacturing processes.”

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