10 Essential Insight Features for Optimizing Stratasys FDM Printing
Stratasys’ FDM technology relies on Insight, a sophisticated job‑processing and management platform that empowers users to fine‑tune every aspect of their prints.
In the video below, we walk through ten of the most valuable Insight functions and explain how each can boost print quality, reduce waste, and save time.
- Tool‑Path Modification – Adjust the extrusion path to correct warping or improve surface finish.
- Part Repair – Seamlessly fill holes or fix geometry errors before printing.
- Delete & Modify – Remove unnecessary geometry or tweak existing features with precision.
- Copy Function – Duplicate complex assemblies or support structures for rapid iteration.
- Sparse Options – Optimize infill density and pattern to balance strength and material usage.
- Scaling – Resize models uniformly or non‑uniformly without compromising structural integrity.
- Sectioning – Slice a part into manageable layers for easier printing or post‑processing.
- Hide Function – Temporarily conceal parts of a model to focus on critical features.
- Stabilize Wall – Automatically reinforce weak perimeters for improved dimensional stability.
- Pause Function – Schedule automated pauses to insert supports or make adjustments mid‑print.
Watch the full walkthrough to see these features in action and learn best practices for each.
Watch the videoTags: FDM Technology, Insight Software, Stratasys
3D printing
- Mastering C++ Functions: From Basics to Advanced Usage
- Mastering C++ Virtual Functions: Concepts, Examples, and the Override Keyword
- Mastering C Functions: User-Defined and Standard Library Basics
- Mastering User-Defined Functions in C: A Step‑by‑Step Guide
- Master Python Functions: Syntax, Types, and Practical Examples
- C++ Functions Explained with Practical Code Examples
- Mastering Verilog Functions for Efficient RTL Design
- Mastering C Functions: Structure, Declaration, and Best Practices
- MATLAB Functions: Definition, Workspace, Inputs & Outputs
- Python Functions Explained: Building Reusable Code Modules