HP’s Transformative Innovations at Formnext: Unveiling the Metal Jet S100 and Jet Fusion 5400 Series for Advanced Additive Manufacturing

As the premier global exhibition for additive manufacturing and industrial 3D printing, Formnext consistently serves as the ultimate hub for innovation. It’s a place where leading companies unveil their latest breakthroughs, attracting both enthusiastic users and visionary exhibitors eager to explore the future of manufacturing. From cutting-edge materials and sophisticated 3D printers to advanced 3D scanners, post-processing technologies, and intelligent software solutions, every facet of the additive manufacturing ecosystem is represented. In this dynamic environment, one company consistently stands out for its relentless pursuit of progress and innovation: HP 3D Printing. If you plan to visit HP’s impressive booth this year (Hall 12.1 – Stand D59), prepare to be genuinely surprised by the exciting advancements and groundbreaking innovations that have been meticulously integrated into their expanding portfolio. We had the opportunity to take a closer look at what attendees can expect, and the future of digital manufacturing is certainly brighter with HP leading the charge.

HP Accelerates Metal Additive Manufacturing with the New HP Metal Jet S100 Solution

Building on its commitment to industrial transformation, HP made a significant splash at the International Manufacturing Technology Show (IMTS) this past September, officially introducing its revolutionary Metal Jet S100 solution to the global market. This innovative system is meticulously engineered to deliver a monumental leap forward in the metal manufacturing sector, specifically targeting the demand for robust, end-to-end supply chain solutions. It encompasses advancements in both hardware and software, creating a comprehensive ecosystem designed to streamline and optimize the entire production process for metal parts. Companies are now empowered to achieve unprecedented technical and economic advantages, driven by the S100’s industrial production capacities, seamlessly integrated workflows, and a wide array of flexible subscription and service offerings. A key feature enabling mass production of metals is the system’s unique modular architecture, which facilitates the efficient transport of components between four distinct, interconnected stations: powder management, printing, curing, and depowdering. This modularity ensures continuous operation and scalability, critical factors for true industrial adoption.

During the launch, Ramon Pastor, Global Head of 3D Metals at HP, powerfully articulated the vision behind this innovation, emphasizing, “3D printed metal parts are a driving force for digital transformation, and the new Metal Jet S100 solution provides our customers with a best-in-class metal offering, from initial designs to production, but most importantly, it helps you realize the unlimited potential of digital manufacturing.” This statement underscores HP’s belief that metal additive manufacturing is not just about making parts, but about fundamentally reimagining how products are designed, developed, and brought to market. The “unlimited potential” refers to the ability to create complex geometries, lightweight structures, and customized components that were previously impossible or cost-prohibitive with traditional methods. HP has already built considerable momentum, forging strong partnerships and earning the trust of global leaders and customers across various industries, including GKN, a global engineering group known for its advanced components; Parmatech, a pioneer in metal injection molding; Cobra Golf, leveraging AM for high-performance sports equipment; Legor Group, a specialist in precious metal alloys; and Volkswagen, a titan in the automotive industry exploring new production methodologies. Furthermore, HP is continuously expanding its network, collaborating with innovative business partners and customers focused on pushing the boundaries of mass metal manufacturing capabilities. These include Domin Digital Motion, an industrial innovator dedicated to developing high-performance hydraulic systems and valves with optimized geometries, and Lumenium, an agile startup focused on creating advanced rotary motors that benefit from the intricate designs enabled by metal 3D printing, as well as the renowned multinational corporation Schneider Electric.

A compelling real-world application demonstrating the power of the HP Metal Jet technology is its close collaboration with GKN to produce a groundbreaking new filter for Schneider Electric’s NSX switch. This particular component showcased a level of geometric complexity and material precision that would have been entirely unattainable using conventional manufacturing methods. Traditional processes struggled to handle the intricate internal channels and specific material properties required for optimal performance. HP’s new metal solution not only facilitated the development of novel forms of power filters, which dramatically improved the reduction of gas, pressure, and heat loads within the confined space of the switch, but also yielded substantial productivity gains and notable environmental benefits through optimized material usage and reduced waste. The ability to design and produce such a highly functional, complex part highlights the transformative potential of metal additive manufacturing for industrial applications, where performance, efficiency, and sustainability are paramount. To delve deeper into the technical specifications and broad applications of HP’s innovative metal solution, please click HERE.

New HP Jet Fusion 5400 Series Enables High-Quality Printing of White Applications

The continuous drive for innovation at HP extends equally to its polymer 3D printing solutions, ensuring that users of HP’s acclaimed Multi Jet Fusion (MJF) technology also benefit from the company’s latest advancements. To significantly accelerate the production of high-performance polymer applications, HP is strategically expanding its already robust Jet Fusion portfolio. This expansion introduces the groundbreaking new HP Jet Fusion 5400 Series, with the HP Jet Fusion 5420W solution spearheading the series as its inaugural product. The 5420W is specifically engineered to enable consistent, high-quality production of white parts, addressing a critical need across various industries. These immaculate white parts are finding extensive applications, particularly in demanding sectors such as consumer goods, where aesthetics and brand identity are key; industrial manufacturing, for jigs, fixtures, and functional prototypes; the automotive market, for interior components and concept models; and especially in healthcare, for medical devices, prosthetics, and anatomical models where pristine white is often a requirement for sterilization, visual inspection, or patient comfort. This new solution provides customers with all the proven advantages of HP’s robust, production-ready Multi Jet Fusion platform, including unparalleled industrial-grade reliability, which translates to consistent uptime and predictable output; significantly low unit costs, making mass customization and serial production more economically viable; and vastly improved manufacturing predictability, reducing iteration cycles and accelerating time-to-market. Formnext will be the ideal venue to witness the latest HP white customer applications firsthand, showcasing the versatility and impact of this new capability. For a more detailed look into the innovative possibilities of HP’s white applications, please click HERE.

The introduction of the HP Jet Fusion 5400 Series, particularly the 5420W, represents a strategic enhancement to HP’s already powerful Multi Jet Fusion ecosystem. Historically, achieving consistent, high-quality white parts with powder-bed fusion technologies could be challenging, often requiring post-processing or compromises in material properties. The 5420W addresses these issues head-on, delivering a solution that produces truly white parts directly from the printer with excellent mechanical properties and surface finish. This opens up entirely new design possibilities and expands the range of applications where MJF technology can be effectively utilized. From consumer products demanding specific aesthetic finishes to healthcare components requiring biocompatibility and clear visual distinction, the ability to print robust white parts broadens market access and enables manufacturers to innovate with greater freedom. HP’s relentless dedication to R&D ensures that their additive manufacturing solutions remain at the forefront of the industry, empowering businesses to transform their production processes and realize the full potential of digital manufacturing, whether through groundbreaking metal parts or advanced polymer components.

If you are eager to learn more about the paradigm-shifting HP Metal Jet S100 solution and the versatile HP Jet Fusion 5400 series, including live demonstrations and expert insights, your visit to Formnext would be incomplete without stopping by HP’s booth. This is your unparalleled opportunity to witness these innovations firsthand and engage with the engineers and specialists who are shaping the future of industrial 3D printing. Don’t miss out on this chance to explore how HP is leading the charge in bringing digital transformation to manufacturing!

What are your thoughts on HP’s latest additive manufacturing solutions? Do you believe these advancements will redefine industry standards for metal and polymer production? Will you be experiencing them live at Formnext 2022? We encourage you to share your valuable insights and opinions in a comment below, or join the ongoing discussions on our vibrant community pages: connect with us on LinkedIn, follow us on Facebook, and stay updated via Twitter! Furthermore, ensure you never miss out on the very latest 3D printing news, exclusive features, and market analysis by signing up for our free weekly Newsletter here, delivered straight to your inbox. For a visual deep dive into the world of additive manufacturing, you can also find all our insightful videos and interviews on our YouTube channel.

*Cover Photo Credits: HP