HP packages are set to stimulate large-scale manufacturing

HP packages are set to stimulate large-scale manufacturing

One of many greatest challenges to widespread AM adoption is complexity – the battle to combine completely different software program and {hardware} parts as a part of an nearly ready-made resolution has turned many corporations away from critical use of 3D printing.

So as to flip this tide and facilitate AM scaling, HP not too long ago entered into partnerships with Autodesk and Materialize to combine their software program with 3D printer {hardware} as a part of an built-in resolution.

HP plans to combine Autodesk Fusion with HP Multi Jet Fusion and Steel Jet printers to create an built-in design and manufacturing resolution. The thought is to make it simpler for engineers and designers to observe Design for AM (DfAM) rules from the start of the method, leveraging built-in workflows to create customized designs that reap the benefits of the distinctive capabilities of 3D printing for natural shapes and light-weight unitization of components. By creating this {hardware}/software program stack, engineers get a turnkey resolution for mass manufacturing of components with out the heavy lifting sometimes related to integrating disparate applied sciences into a standard system.

HP’s partnership with Materialize charts related floor, however with a deal with serving to corporations scale industry-ready AM manufacturing. The companions are integrating HP Multi Jet Fusion and Steel Jet AM applied sciences into Materialise’s CO-AM cloud platform designed to scale AM ​​workflows. The ensuing end-to-end manufacturing resolution is designed for productiveness and scale.

“To scale additive manufacturing, the {industry} wants printers designed for top productiveness mixed with an built-in end-to-end workflow resolution,” says Arvind Rangarajan, international head of software program and knowledge at HP Personalization and 3D Printing. Whereas producers acknowledge the worth of AM, they’ve confronted challenges as they use the know-how, together with that the pace of 3D printing processes doesn’t maintain as much as the amount of manufacturing or that AM processes don’t combine effectively with current manufacturing applied sciences, Rangarajan explains.

Seamless connectivity between HP printers and Materialize CO-AM permits customers to create workflows that enhance traceability, high quality management and machine utilization. The mixed resolution permits organizations to enhance 3D printing job administration to trace deliberate and precise printer actions and optimize machine time. CO-AM tracks crucial course of knowledge associated to construct situation, materials utilization, and machine sensor knowledge; Knowledge may be saved in log information for 3D printed jobs to reinforce traceability and high quality management in step with what’s required for steady manufacturing and real-time machine monitoring. HP course of knowledge from the powder administration station, machining station, and powder removing station may also be linked to CO-AM to help in easier post-processing of metallic components.

Materialise’s Magics knowledge and construct setup software program can be a part of the combination, as it may be simply linked to HP 3D printers through the HP Construct Processor. This ensures that customers can arrange extra environment friendly 3D printing jobs, together with automating repetitive duties and utilizing nesting to extend the variety of components printed per job, which helps with machine utilisation.

“Producers are more and more utilizing 3D printing for end-use components somewhat than solely within the prototyping and design section,” added Bart van der Schueren, CTO at Materialise. “This partnership will assist drive this transformation by supporting higher-volume, extra environment friendly and repeatable manufacturing.”

This video supplies a deep dive into how Materialize CO-AM improves straightforward 3D printing workflow administration.

    (tags for translation) Additive Manufacturing 

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