
Additive manufacturing and design plus metal additive process simulation software to help with all stages of the 3D printing process.
Vendor
Autodesk
Company Website




Autodesk Fusion with Netfabb: Additive manufacturing, design, and simulation
What is Autodesk Fusion with Netfabb?
Autodesk Fusion with Netfabb offers a complete toolset for design and implementation in additive manufacturing.
- Powerful workflow automation for streamlining 3D print preparation
- Intuitive tools for repairing, orienting, arranging, and preparing 3D files for printing
- Agile latticing and hollowing tools and parametric supports for lightweighting
Why use Autodesk Fusion with Netfabb?
Bring products to market faster
Simplify print preparation steps like positioning, support generation, and slicing.
Reduce build failures
Predict and compensate for potential build failures.
Reduce repetitive tasks
Create and deploy scripts to automate workflows.
What you can do with Autodesk Fusion with Netfabb
Streamline workflows for additive manufacturing
- Import models, analyze printability, and repair automatically
- Choose from 200+ integrated 3D printers to prepare prints through slicing and customizable toolpaths
- Orient models to reduce build times and supports
- Hollow parts and generate lattices using less material
Gain competitive advantage with automation
- Reduce human error by automating workflows with scripting
- Minimize build failures through process simulation for Direct Energy Deposition (DED) and Metal Powder Bed Fusion (MPBF)
- Generate compliant lattice structures
- Nest parts while avoiding collisions and interlocking to fully utilize your machine’s capacity
Which Autodesk Netfabb product is right for you?
Fusion with Netfabb
Prepare models for 3D printing with tools for mesh repair, part orientation, supports, hollowing and latticing, packing, and slicing and toolpath generation. Take advantage of automation, limited process simulations, and custom toolpath strategies.
Netfabb Local Simulation
Identify and minimize build failures by simulating metal powder bed fusion and direct energy deposition additive processes.