Manage products & downloads
We have redirected you to an equivalent page on your local site where you can see local pricing and promotions and purchase online.
Stay on our U.S. site
Keyboard ALT + g to toggle grid overlay
Learn about the differences between Netfabb Standard, Premium, and Ultimate.
Email this comparison
Prepare and modify 3D models for additive manufacture.
This product is not available in your country
Optimize and automate additive manufacturing production processes.
Advanced design optimization capabilities help you lightweight, high performance parts.
Pay as you go for the latest desktop software with lower up-front cost, 1-on-1 web support, previous version use, and access to select cloud and software services. Learn more (US Site).
Multi-year (2 years)
Multi-year (3 years)
Access software 1 month at a time for the lowest up-front investment. Best for temporary staff and short-term projects.
Get 3 months of access, with the option to renew. Great for startups, freelancers, and shorter commitments.
Access software for a full year—a cost-effective choice for longer-term projects.
Get two years of access.
Get three years of access.
(Includes Estimated VAT)
Import common file formats
Analyze and repair meshes
Live collision detection
Mesh editing tools
Simple build strategies
Configurable build supports
Advanced toolpath control
Edit and export slices
Import common CAD formats, such as SolidWorks®, Catia®, NX®, Inventor®, Fusion 360® and more; as well as common 3D file and slice formats.
Analyze and repair parts using manual, semi-automatic, fully automatic or batch repair modes. Create your own repair routines. Compare modified meshes with original files.
Checks if two or more parts in the project touch each other. If a collision is detected, the colliding sections of the parts are flagged.
Includes tools for triangle reduction, smoothing, remeshing, extrusion, distorting vertices and shearing, and more.
Add text, color, image and textures to your models, and automate the labeling process by uploading a CSV list and label parts with the content.
Defining planar packing densities with 2D and 3D packing.
Save time and labor with automatic packing mode. Arrange parts by outbox and even by real contour on customizable or predefined platforms.
Define hatching patterns, simple laser strategies and offsets. View simulation of contour and filling directions.
Choose from bar, polyline (wall) and volume supports. Use anchor points to adjust where the support entities touch the model. Define your own macros.
Define custom scan paths, define fillings, contours, and laser parameters, such as focus and speed in the scripting engine.
View and analyze models layer-by-layer before exporting models to machine-specific files.
Design lightweight parts
Lattice and skin optimization
Built-in optimization engine
Selectively apply microstructures
Design lightweight parts using internal lattices to reduce weight, material consumption, and production costs.
Vary thickness and spatial density.
Automatically verify and optimizes topologies, lattices, and skins based on inputs such as weight, stress, and displacement requirements.
Tailor the properties of your structures according to applications and production methods.
Connect additive and subtractive workflows
Connect build preparation, printing and post-processing.
Take advantage of solid modeling tools, based on PowerShape technology to plan & model the near-net-shape for additive manufacturing processes.
Print engines for non-metal 3D printers
Print engines for metal 3D printers
Collaborative multi-head 3D printing - up to 5 heads
Unlimited, collaborative multi-head 3D printing
Configured for specific, non-metal machines from leading additive machine manufacturers.
Configured for specific, metal machines from leading additive machine manufacturers.
Controls technology intelligently and distributes tool paths between multiple print heads working in unison on a single printer.
Controls technology and intelligently distributes tool paths between multiple print heads working in unison on a single printer.
Detect recoater interference*
Predict build support failures*
* Simulation capabilities require the additional subscription of Netfabb Local Simulation or the use of Autodesk cloud credits to access cloud solving.
Predicts how metal additive manufactured parts will deform so that designs can be compensated.
Helps eliminate re-coater damage, which causes expensive downtime and manufacturing delays.
Predict support failure, helping part designers and manufacturing engineers to optimize the support designs.
It's easy to get started. Download a free 30-day trial and try it out. Purchase options include flexible subscription terms to fit your needs.
— /year (Includes Estimated VAT)
Autodesk is a leader in 3D design, engineering and entertainment software.
Privacy/Cookies (Updated) (US site) | Legal Notices & Trademarks | Impressum | Report Non-compliance (US site) | Site map | © 2018 Autodesk Inc. All rights reserved