Autodesk Fusion

Create history-based features including extrude, revolve, loft, sweep that update with design changes

Assemble designs with traditional bottom-up, middle-out, or top-down approach and analyze assembly motion

Create and manage multiple design variations from a single unified parametric model

Edit or repair imported geometry from non-native file formats without worrying about time-based features

Create complex sub-divisional surfaces with T-splines and edit them with intuitive push-pull gestures

Edit and repair imported scans or mesh models, including STL and OBJ files

Design sheet metal part components and document flat patterns using 2D drawings and DXFs with cutting strategies for water jet, laser, and plasma machines

Create and edit sketches with sketch constraints, dimensions, and powerful suite of sketch tools

Create and edit complex parametric surfaces for repairing, patching, or designing geometry

Quickly set up jobs and create 2D and 2.5D toolpaths to drive CNC routers, mills, water jet cutters, laser cutters, and more

Access powerful 3-axis machining strategies to rapidly create high-quality NC code for roughing and finishing 3D parts

Use specialized 4- and 5-axis toolpaths to achieve superior surface finish with automatic collision avoidance

Program complex feature-rich components using intelligent whole-part strategies like steep & shallow, deburr, hole recognition, and rotary

Enable 3+1 and 3+2 (positional) machining to machine parts with fewer setups using shorter, more rigid cutting tools

Free and fully editable post-processors for code generation across different CNC machines

Use spindle-mounted touch probes to measure stock material, update work offsets, monitor quality, and automate part setup

Powerful modification tools to turn good toolpaths into great ones without wasteful recalculation time

Combine milling and turning operations to generate NC code for multi-tasking hardware

Program 2D turned parts using dedicated turning strategies and verify with stock simulation

Use models and data from any tool directly in Autodesk Fusion design without need for translation

Access data anywhere and everywhere on any device with offline mode for continued working when not connected

Export variety of industry-standard file formats including STEP, DWG, DXF, OBJ, STL, IGES, and more

Include internal and external stakeholders in development process and manage how users interact with data

Assign permissions and grant rights to stakeholders inside or outside of organization with advanced administrative tools

Track every change and prevent conflicts with automated, built-in version management

Ready to use PCB library content and component wizards to stay focused on design

Stay true to manufacturing requirements with customizable design rules and Live DRC with real-time constraint violation detection

Remove excess heat within enclosures to prevent damage to internal components

Ensure PCB fits first time with the only genuinely unified MCAD to ECAD software allowing collaboration between electronic and mechanical engineers

Bi-directional synchronization between PCB and schematic maintaining design integrity and consistency

PCB editor with complete set of layout tools for even dense board layouts

Generate gerbers, drill files, and assembly files with a click of a button

Complete set of schematic tools with access to thousands of components and custom attribute assignments

Fully functional SPICE simulation to ensure accuracy and get schematics right the first time

Predict unexpected failure modes for slender members under compression

Use cloud simulation eliminating need for expensive hardware and setting up multiple studies for FEA insights

Compare up to four different design iterations side by side in compare workspace

Use finite element analysis to avoid unwanted resonance and improve designs

Analyze permanent deformations and nonlinear materials behavior

Static simulations to determine effects of static loads on individual parts or assemblies

Determine temperature distributions and heat flow using conduction, convection, and radiation