From CAD to Reality: Best Practices for Designing Complex Geometries with Additive Manufacturing

Mastering the transition from CAD to reality in additive manufacturing requires a deep understanding of both the technology and the materials involved.


From CAD to Reality: Best Practices for Designing Complex Geometries with Additive Manufacturing
In the fast-paced world of manufacturing, where precision and innovation are necessary, the ability to transform intricate CAD designs into functional, high-quality prototypes is a gamechanger.

For mechanical design engineers already familiar with the basics of 3D printing, the challenge lies in mastering the nuances that ensure efficiency and accuracy in the final product.

Choosing the Best Technology for Rapid Prototyping Mechanical Parts

Rapid prototyping accelerates the product development process, leading to faster time-to-market.


Choosing the Best Technology for Rapid Prototyping Mechanical Parts

The best way to improve communication and facilitate better feedback and decision-making from stakeholders is with prototypes.

Early-stage prototyping not only helps you more effectively convey design ideas, but also helps you identify and address potential issues early in the development process, so you’re able to have design validation and iteration.

Redesign a Part with no available data?


Redesign a Part with no available data?
Challenge:

John needs to design a new tool for a revision to an existing part. John’s problem: No CAD file and incomplete dimensions for the existing drawing; he only has the existing part.

A “GOOD” STL! What’s That?

How to create a good STL file from your solid modeling software...


A “GOOD” STL! What’s That?

The STL file format has become recognized as the standard for RP machines. Note that STL files are produced by CAD systems that are based on surface and/or solid modeling only. 2-Dimensional and Wireframe CAD systems do not output STL files.

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