HP DESIGN FOR ADDITIVE MANUFACTURING TRAINING

Grow your HP Jet Fusion 3D Printing expertise through HP Design for Additive Manufacturing (DfAM) Training. Gain knowledge and insight on theory, application and design with leading-edge technology. HP DfAM training is modular, allowing you to build your skillset and confidence as you work towards becoming a qualified designer.1

HP DFAM training includes tailored traning modules

to provide right knowledge and skills for AM &

HP Multi Jet Fusion designs1

BUILD YOUR SKILL SET AND YOUR CONFIDENCE

Concepts of design

Explore key design principles and strategies to help you take full

advantage of HP Multi Jet Fusion technology.

Discover the unique innovation and design freedom that HP 3D Printing brings to products and

processes, and learn more about part design optimization with AM.

Be the expert

Become an HP-qualified designer for HP Multi Jet Fusion technology by completing all of

these modules and demonstrating your specialized skill set in DfAM.1

Why HP DfAM Training?

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The purpose of this training is to help engineers and designers take advantage of the new opportunities that additive manufacturing (AM), and HP Multi Jet Fusion technology in particular. Providing incredible design freedom, HP 3D Printing revolutionizes product development in terms of faster innovation and time to market, distributed manufacturing, and supply chain efficiencies.

The digital manufacturing journey involves more than just the purchase of new equipment. It demands a completely different mindset. And that means investing in your development. Becoming a qualified designer for HP Multi Jet Fusion technology, will enable your team to explore newer applications or designs there by bringing credibility to your organization.

Comprehensive HP DfAM Training combines instructional content with practical exercices that covers the most important concepts to optimize your understanding. Highlights include:

• Modular content across theory and in-depth exercices, enabling you to engage at your level of interest to eventually become a qualified designer for MJF1 entitled to receive a qualification insignia.

• Additional resources include a handbook and design files for specific applications.

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Introduction to HP Design for Multi Jet Fusion Training2

This 4-hour online course provides an introduction to design for HP Multi Jet Fusion technology, its capabilities, and benefits. We’ll explore key concepts and advantages of additive manufacturing and how HP Multi Jet Fusion technology can bring unique innovation to your products and processes through a shift in design mindset.

HP Design for Multi Jet Fusion Training2

Explore intermediate and advanced techniques that help you take full advantage of HP 3D Printing. During this two-day session, you’ll discover new design strategies for optimizing part design with the design freedom enabled by HP Multi Jet Fusion technology.Training is offered to participants in two full-day, face-to-face sessions at an HP Training Center or via six online webinars.

Course Outline 1. Design GuidelinesPresents the reasons behind the basic dimensions and tolerances that can be achieved with HP Multi Jet Fusion technology with specific design examples.

2. Job PreparationLooks at how part designs are nested within the build chamber to illustrate how design decisions impact not only cost reduction, but also final part quality and repeatability.

3. Design for Color3 Offers strategies for unlocking enhanced value by designing and printing parts directly in color.3

4. Design for 3D TexturesLearn how to applying rich, functional textures to increase functionality and higher value to parts.

5. Design for Post ProcessingShows how post-print processing can be used to add extra functionality and how design can overcome process limitations such as lengthy post-processing times.

6. Topology OptimizationExplores how part geometries can be optimized topologically for HP Multi Jet Fusion technology in conjunction with FEA software to create parts with organic designs that provide stiffness and lightweight properties, without compromising mechanical performance.

7. MetamaterialsLooks at the theory behind lattice structures and metamaterials, looking at where and how to apply lightweight design elements, the tools available, and design possibilities.

8. Part Consolidation & AssemblyProvides specific techniques and design features for functional printed assemblies, large parts assembled after printing, and applications that require post-printing assembly.

9. Fluid ManagementDelves into possibilities offered by HP Multi Jet Fusion technology, together with most advanced fluid motion software, in overcoming existing design limitations, which help designers to create innovative

products with faster time-to-part and lower costs.

10. Design for CostExamines what drives part cost, how to reduce cost through part design, and offers key strategies, techniques, and tools for minimizing cost per part.

11. Parts Selection ExerciseIn this exercise, you have to select the best candidate parts and decide where you can apply key concepts learned on previous modules when selecting which parts to design for HP Multi Jet Fusion technology, how to request the printing of HP Multi Jet Fusion part designs, what to include in 2D and 3D drawings, and where to print.

12. Product Re-design Exercise In this exercise, you have proposed a re-design exercise for an existing product. Review steps to identify, define, and select strategies for HP Multi Jet Fusion technology. Explore design for assembly, other advanced design optimization strategies, and understand design impact on cost.

Build confidence and add value within your organization with a qualification insignia that communicates your expertise in designing for HP Multi Jet Fusion technology.

© Copyright 20211HP Development Company, L.P.

The information contained herein is provided for information purposes only. The only terms and conditions governing the sale of HP 3D printer solutions are those set forth in a written sales agreement. The only warranties for HP products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty or additional binding terms and conditions. HP shall not be liable for technical or editorial errors or omissions contained herein and the information herein is subject to change without notice.

4AA7-7952ENW, November 2021

1. Upon completion of all modules, you will be entitled to obtain your Certificate of Attendance issued by HP.

2. The Introduction to HP Design for Multi Jet Fusion Training is a webinar and precursor to the HP Design for Multi Jet Fusion Training. Participation in the Introduction to HP Design for Multi Jet Fusion Training is highly recommended, but not required for the HP Design for Multi Jet Fusion Training.

3. Note that HP Jet Fusion 500/300 Series 3D Printers have been discontinued, however compatible HP 3D long-term consumables, accessories, supplies, and services are expected to be available until October 31, 2028.

Additional terms and conditions may apply. For general terms and conditions, see Terms and conditions.

Qualified designer for HP Multi Jet Fusion technology

Visit hp.com/go/Dfam and register now

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