Tutorials

How to 3D Print Jigs & Fixtures, Part 2: Designing for Print

54 5 Beginner
This is the second part of a four-part tutorial series on how to optimize your manufacturing jigs & fixtures for 3D printing. Today, we'll go over what to do in each design pass as you're optimizing your part, including specific steps to do in your CAD package, your print-preparation tool, and if you're bold, your FEA package. Later installments of this series will deal with FDM material selection and post-processing for jigs & fixtures.

How to 3D Texture Your Parts for FDM Printing Using SOLIDWORKS 2019!

35 7 Beginner
Instructions on how to create physical, repeating textures you can FEEL and TOUCH on your 3D prints, using a new feature found in SOLIDWORKS 2019. (And this technique will work with ANY type of 3D printer, not just Stratasys!)

Fused Deposition Modeling (FDM) Design Guidelines

23 0 Beginner
This tutorial is designed to give you a foundation of what to consider when designing and printing a part for Fused Deposition Modeling (FDM). FDM is an additive manufacturing technology that extrudes thin layers of thermoplastic layer by layer until a part is completed. FDM produces robust production parts in engineer-grade thermoplastic, with the added benefits of speed and design freedom possible with 3D printing. The cutting-edge technology is utilized across industries like aerospace, energy and transportation for production components.

How to 3D Print Jigs & Fixtures, Part 1: Choosing Your Target

23 5 Beginner
This tutorial series will take users who are new to 3D printing and show them how to: - Choose which Jigs or Fixtures from your factory floor might be best improved with 3D printing (Part 1) - Optimize your J&F designs for 3D printing by using stress-analysis tools, CAD tools and new 3D print prep tools (Part 2) - Choose which FDM materials to print in for best performance (Part 3) - Post-process your Jig or Fixture for greater utility with inserts, painting, numbering, etc. (Part 4)

Finishing Options for FDM and PolyJet 3D Printed Parts

22 1 Beginner
Finishing or secondary operations encompasses a broad range of processes that change a manufactured part’s properties. Engineers can employ finishing simply to improve part’s appearance and reshape it to meet certain dimensions, or use it to enhance functionality, such as increasing strength, chemical resistance, electrical conductivity and more. Secondary operations basically turn raw parts into finished goods and this isn’t limited to traditional manufactured parts. 3D printed parts can also be enhanced with secondary operations, but much like designing for additive manufacturing, different processes and best practices apply. Throughout the product design and manufacturing process, engineers should also be thinking about how 3D printed parts can be finished. Determining the appropriate finishing operations depends on the additive process, material and geometry as well as the desired aesthetics and functionality. This guide explains the primary finishing operations additive manufacturing service providers implement for FDM and PolyJet 3D printing technologies, grouped by possible finishing objectives, and compatible materials and applicable design considerations.

Variable Density FDM parts with Advanced FDM in GrabCAD Print

21 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.

How to FDM Print for Part Sliding Clearance

13 3 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!

How to 3D Print Jigs & Fixtures, Part 3: Advanced Features and Advanced Materials

13 2 Expert
Building on parts 1 and 2 of the series, this tutorial takes you through an ENTIRE agile design cycle for a real fixture we needed in our office, exploring the use of DFAM, advanced infill techniques to save printing time and finishing by going through a material selection process to print in one of the stiffest materials out there- Nylon 12 Carbon Fiber! It's a total, soup-to-nuts, fixtures tutorial!

How to Insert a Z Pause in a Stratasys Printer

12 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.

How to Insert Metal During an FDM 3D Print Job

12 1 Beginner
If not done right, metal that is inserted in FDM parts can look sloppy and unprofessional. With a few easy steps, a metal part can be inserted seamlessly and damage-free.

How to Solvent Smooth 3D Printed FDM Parts

12 1 Beginner
The normal surface finish of FDM parts is suitable for most purposes, but in applications where a smoother surface is required, solvent smoothing is an alternative to sanding, filling, and mass finishing.

How to Print Remotely on the Stratasys F123 Series Using Wait For Part Mode

9 7 Beginner
The new Stratasys® F123™ Series can print industrial-grade, reliable concept models, functional prototypes, jigs, and fixtures. In applications such as these, printer operators will often want to print parts quickly, remotely, and on-demand. That is why this series has a Wait for Part Mode, letting you send files straight to the printer to start building immediately, without needing to select the job manually from the Queue. This tutorial will explain how to use this mode.

How to Use Adaptive Slice in GrabCAD Print

9 1 Beginner
Adaptive Slice is a new software feature in GrabCAD Print that automatically changes the slice height of your FDM part depending on a number of aspects in order to save on time while still keeping the finer details and overall quality. Learn how to enable the new feature in this tutorial!

3D Printing Software: Getting Started With GrabCAD Print

8 0 Beginner
GrabCAD Print is an intuitive 3D printing tool for professionals that works across Stratasys printers. With the cloud-enabled software, users can print, schedule, report on printer utilization and material usage, and monitor print jobs from anywhere. Here's how to easily get started using GrabCAD Print.

How to Assemble the Stratasys Face Shield

7 0 Beginner
We know the need for COVID-19 protective equipment is urgent everywhere. That's why we're sharing everything you need to produce face shields with 3D printed visors.