Design for Metal Additive Manufacturing
Description
The Design for Metal Additive Manufacturing course is tailored for design engineers proficient in CAD and familiar with traditional manufacturing techniques like machining. This course provides an in-depth understanding of Laser Powder Bed Fusion (LPBF), a cutting-edge technology that enables the creation of complex geometries previously impossible with conventional methods.
Participants will explore key design principles and considerations specific to LPBF, such as assembly consolidation, economic factors, and material minimalism. They will also learn about the unique challenges and opportunities in additive manufacturing, including how to effectively manage heat dissipation, surface roughness, and overhang angles. By the end of the course, attendees will be equipped to design parts that are lighter, stronger, and optimized for the AM process.
Upon successful completion of the course, participants will receive an official EOS Design for Metal AM certificate, validating their expertise in the advanced design principles of metal additive manufacturing.
Who is it for
This training is designed for design engineers focused on developing parts for the Metal Laser-Based Powder Bed Fusion (LPBF) process. It is ideal for those who want to:
- Expand their professional network within the additive manufacturing (AM) expert community.
- Stay ahead of industry trends with continually updated content.
- Enhance build efficiency for faster and more cost-effective production.
- Earn a prestigious certification from the industry leader in AM.
What You Will Learn
Participants will acquire both theoretical knowledge and practical skills, including:
- In-depth understanding of the laser-based powder bed fusion process.
- Unlocking design freedom through innovative metal AM applications.
- Mastering DfAM principles, such as topology optimization and part consolidation.
- Addressing LPBF-specific challenges like surface roughness, internal stress, and support structures.
- Implementing precise design guidelines for thin walls, holes, and overhangs to ensure print success.
Course Breakdown
- Assembly Consolidation
- Economic Factors
- Function-Oriented Design
- Material Minimalism
- Force-Flow Design
- Rounded Edges and Corners
- LPBF Process Chain
- Surface Roughness
- Layer Thickness
- Stress and Deformation (Shrink Lines, Buckling)
- Overheating
- Aspect Ratio
- Overhang Angle
- Wall Thickness
- Support Structures
- Hole sizing
FAQ
Meet Your Instructor
Find Out More
Want to learn more about this certificate program or other courses? Get in touch with our AM Academy experts to schedule a call today.
Book a free consultation