Tutorials

23 1 Intermediate
A tutorial on how to create an FDM part with discrete zones with different infill patterns & densities. This is a great but simple tactic for reducing the print time and cost of your designs as well as making them both stiff and lightweight.

14 2 Intermediate
We cover how to create complex, strong, organic, yet lightweight shapes for 3D printing using a powerful next-generation generative software, called nTopology, and then compare the results on three different 3D printing methods- FDM, DLP (P3) and Powderbed (SAF)!

13 4 Intermediate
If you are 3D printing parts that have to fit/slide together after printing, you will need to put some sort of clearance between those parts in your CAD system. A good starting place is a clearance 2x the layer height you are going to print at, but you should make a few smaller test prints at different clearances to see if the 2x layer height rule holds for your particular situation and orientation. Have fun and happy printing!

13 0 Intermediate
How do I use a Stratasys printer with multiple materials? Multiple colors? How do I add metal inserts in my 3D printed part? This tutorial explains how to use Stratasys software to insert pauses (Z-pause) during an FDM print job, to change materials, colors or to add metal inserts. Go to Step 1 for some documentation and examples of parts printed with Z Pause.

12 2 Intermediate
This tutorial will teach you how to paint FDM parts. There are many reasons to paint 3D printed parts, whether it’s for UV protection, sealing or just to make them aesthetically pleasing.

9 0 Intermediate
FDM (fused deposition modeling) Technology lets you 3D print parts in a broad range of well tested plastics. FDM materials offer specialized properties like toughness, electrostatic dissipation, translucence, biocompatibility, UV resistance, VO flammability and FST ratings. This makes them perfect for demanding designers and engineers in aerospace, automotive, manufacturing, medical and other industries.

6 1 Intermediate
This tutorial will demonstrate how you can give your FDM printed part the finishing smoothness of injection molding. The Finishing Touch Smoothing Station can dramatically improve the surface finish of ABS parts that are built using FDM technology. The semi-automated smoothing process is compatible with FDM’s entire line of ABS plastics.

5 1 Intermediate
There are many reasons for coating FDM parts. These include UV protection, sealing, shielding, or surface modification, but painting FDM parts for an aesthetically pleasing finish is the most common. Painting brings a product to life by adding depth, contrast and character. This is true for concept models, marketing samples, and finished goods. For product development and many production applications, paint completes the desired look and feel. With a little know-how and a touch of patience, models, prototypes, and parts can look like production parts. The following instructions are for creating top-quality painted parts. For applications that do not require this level of finishing, skip any unneeded steps. A good paint finish traditionally starts with sanding and filling.

4 1 Intermediate
See below for a method to manually model support structures.

4 0 Intermediate
Fused Deposition Modeling (FDM) is an additive manufacturing technology that is used in industry for development of three-dimensional models. Because of its ability to provide highly accurate models, FDM may offer many benefits to those wishing to use it for a range of medical applications. FDM can be used to build models that aid physicians in the surgical planning process or in the production of a surgical implant. It can be used to achieve a patient’s agreement prior to surgery by providing a preoperative simulation device. During surgery, an FDM model can act as an orienting aid or a template for resection. FDM can also be used to directly manufacture medical implants out of bioimplantable materials. However, such surgical devices and implants will come into direct contact with sterile body tissues and fluids, and therefore, must be manufactured out of sterilizable materials.

4 0 Intermediate
FDM technology enables you to print a part with variable densities. Following the best practices can save you time and money when building your part with variable densities. The following is brought to you by Stratasys.

3 0 Intermediate
To minimize build time and ensure feature details are built, it is important to select the correct tip size for each part. Using too small a tip on a part can significantly increase build times. Example: a part with a 5” z-axis dimension will have 500 layers using a T16 tip, 715 layers using a T12 tip, and 1000 layers using a T10 tip. The following tutorial is brought to you by Stratasys.

2 0 Intermediate
Have long thin flat parts you’ve always wanted to print right on top of each other in FDM but the slicer never allowed you to? Learn how to use this exclusive new feature in GrabCAD Print Pro!

1 0 Intermediate
The normal surface finish of FDM parts is suitable for most purposes, but in applications where a different finish is required, media blasting is an inexpensive and quick solution. Following the best practices helps reduce the risk of damaging or breaking a part when media blasting. The following is brought to you by Stratasys.

0 0 Intermediate
FDM composite tooling, similar to traditional tooling technologies, typically requires some level of post-processing depending on the size, application, and complexity of the tool. The most common post-processing operation for FDM composite tooling is sealing. The following is brought to you by Stratasys.