11/19/2024 | Press release | Distributed by Public on 11/19/2024 01:21
News Highlights:
Frankfurt, Germany, November 19, 2024 - Today at Formnext 2024, HP Inc. (NYSE: HPQ) unveiled breakthrough innovations in polymer and metal 3D printing, alongside strategic collaborations that push the boundaries of additive manufacturing across industries. Reinforcing its commitment to broadening access to additive manufacturing, HP introduced solutions aimed at reducing costs, scaling production, and accelerating adoption across diverse applications. With these developments, HP continues to play a pivotal role in enabling an economy of scale for 3D printing, empowering industries to overcome adoption barriers and unlock new potential.
Scaling Polymer Manufacturing with Cost-Efficient Solutions
The new advancements provide significant cost reductions for parts manufacturing through new cost strategies and product offering that optimize material use, operational efficiency, and production yield, reinforcing our mission of making 3D printing accessible to everyone. HP will continue to build on top of our upgradeable production platform so that customers can grow with the technology as they advance in their journey.
HP has also introduced HP 3D HR PA 12 FR enabled by Evonik, a new halogen-free, flame-retardant material for 3D printing. This innovative material is 50% reusable, offering a substantial cost advantage through its high reusability ratio. This breakthrough offers significant cost savings that pave the way for scaling applications in industrial and consumer electronics.
Its ability to support the economical production of premium-quality parts with smooth surface aesthetics presents a breakthrough opportunity to fulfill production needs. Produced using renewable energy, it reflects HP's commitment to sustainability, delivering economic, environmental, and responsible manufacturing benefits. Available in early 2025, this new material reflects HP's broader goal of making industrial-grade 3D printing more accessible and affordable.
Enhancing Workflows with Advanced Software
Ken Burns, VP of Commercial at Forecast 3D commented that "As an early customer, Forecast 3D expects a 20% savings in total build costs with the HP Build Optimizer's unique nesting rules for MJF. In addition to these total build cost savings, we anticipate a 21% improvement in printer utilization with the HP Build Optimizer's ability to increase packing density and parts per build."
In collaboration with Autodesk, HP also introduced the Autodesk Fusion bundle, an integrated CAD/CAM and 3D Build Prep solution integrated with HP's Multi Jet Fusion (MJF) and Metal Jet technologies. A single, year license of Autodesk Fusion will be included with every new purchase of a MJF or Metal Jet printer.
In addition, Magics integrates HP Lattice Library giving customers access to HP 3D's latest latticing rules to expand applications for MJF.
Also, through a new collaboration with Fabrex, HP customers can access an AI-powered platform that supports build preparation, order management, and tracking, creating a seamless, efficient experience for users of HP 3D printers.
Expanding Metal 3D Printing Capabilities with New Configurations and Collaborations
HP's collaboration with ArcelorMittal, a leader in sustainable steel production, demonstrates how HP Metal Jet S100 technology is advancing 3D printing across industrial sectors like automotive. By combining HP's additive manufacturing expertise with ArcelorMittal's sustainable steel innovations, this partnership aims to reduce production costs, expand material options, and drive broader adoption of 3D-printed steel in key industries. Together, HP and ArcelorMittal are setting new standards for industrial-scale 3D printing applications.
HP is also collaborating with Eaton to support testing and validation of significant advancements in its Metal Jet 3D printing solution. Key innovations include nitrogen-enhanced sintering, which improves the mechanical properties of 316L metal parts, and the S100 Powder Processing Solution, which reduces cost and improves yield in binderjet processes. Together, they will evaluate the technology's potential for high-performance applications, ensuring it meets the industry's demands. Eric Johnson, Senior Manager Additive Manufacturing at Eaton Research Labs, added, "Partnering with HP on this program has been an exciting opportunity to advance the manufacturing readiness of this technology and develop a cost-effective process that meets the requirements for our most demanding applications."
Announcing a new HP Metal Jet Adoption Center to Accelerate Production
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HP at Formnext
Metals
Expanding Possibilities for HP Metal Jet S100
Executive: Alex Tartas
Date & Time: Wednesday, 14:15
Location: Technology Stage
Polymers
Key Insights into HP 3D Printing Strategy
Executive: Clara Remacha
Date & Time: Thursday, 12:45
Location: Technology Stage