Autodesk Fusion PROMO

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From concept to production: choosing the right Autodesk Fusion solution

Product teams need to move quickly - from early ideas and engineering design to validated, production-ready parts. But disconnected tools, manual handoffs, design changes, and repetitive programming can slow progress and increase the risk of errors.

Autodesk Fusion brings design, manufacturing, simulation, electronics, data management, and collaboration together in a connected cloud-based environment. Organizations can start with core Fusion capabilities and expand into specialized workflows with Fusion for Design or Fusion for Manufacturing.

At a glance

Solution	Best suited for	Primary focus	Business value
Fusion	Teams seeking a connected product development platform	Core design, CAD/CAM, simulation, electronics, documentation, and collaboration	Reduce handoffs, improve collaboration, accelerate product development, and support faster design-to-manufacturing workflows.
Fusion for Design	Product designers, mechanical engineers, and design teams with advanced modeling and engineering needs	Design automation, plastics, advanced geometry, manufacturability guidance, simulation, electronics, and product data management	Explore more design options, improve product performance, standardize design work, and move from design to production faster.
Fusion for Manufacturing	Manufacturing engineers, CAM programmers, machinists, and production teams	Advanced CNC machining, CAM automation, inspection, nesting, fabrication, and metal additive manufacturing	Increase programming productivity and throughput, reduce rework and production risk, and shorten time to first part.

Autodesk Fusion: a connected foundation for product development

Fusion combines capabilities that are often spread across separate applications. Teams can develop products using a shared environment for design, manufacturing, simulation, electronics, documentation, data, and collaboration.

Core capabilities

3D design and modeling: Parametric, direct, surface, mesh, and assembly modeling.
Integrated CAD/CAM: Create designs and develop core CNC workflows in a connected environment.
Simulation: Validate product performance through structural, thermal, modal, and other simulation workflows.
Electronics design: Connect ECAD and MCAD workflows, including PCB design and mechanical enclosure validation.
Generative design: Explore design alternatives based on loads, materials, and manufacturing processes.
Additive manufacturing: Prepare plastic-based additive workflows and connect design to production preparation.
Documentation: Create drawings, renderings, and other product documentation from design data.
Data management and collaboration: Centralize product data, track design history, manage versions, and collaborate with internal and external stakeholders.
AnyCAD collaboration: Work with native files from other mainstream design systems and manage design changes more efficiently.

Feature comparison: core Fusion and advanced offerings

Design and engineering comparison

Capability	Fusion	Fusion for Design
Parametric modeling and assemblies	✓	✓
Standard sketches and feature patterns	✓	✓
Standard mesh editing	✓	✓
Cloud data management	✓	✓
Core design validation	✓	✓
Configuration rules	—	✓
Low-code design rules engine	—	✓
Parameter-driven configuration control	—	✓
Plastic design rules and automation	—	✓
Specialized plastic design tools	—	✓
Advanced geometric patterning	—	✓
Organic mesh-to-solid, surface, or T-Spline conversion	—	✓
Volumetric lattice generation	—	✓
Automated manufacturability feedback	—	✓
Advanced simulation workflows	Available through applicable simulation capabilities	✓
Generative design workflows	Available through applicable capabilities	✓
Unified ECAD/MCAD design	✓	✓
BOM and product data management	✓	✓
Change, release, and approval workflows	Available through applicable capabilities	✓
Supplier, quality, and requirements management	—	✓
Dashboards, KPIs, and open integrations	—	✓

Manufacturing comparison

Capability	Fusion	Fusion for Manufacturing
2D and 2.5-axis milling	✓	✓
3-axis milling	✓	✓
3+2 positional milling	✓	✓
Basic turning and turn-mill	✓	✓
Machine and toolpath simulation	✓	✓
CAM templates	✓	✓
Hole recognition and automated drilling	—	✓
Whole-part machining strategies	—	✓
Deburring workflows	—	✓
Toolpath modification	—	✓
Simultaneous 4- and 5-axis machining	—	✓
Multi-axis collision avoidance	—	✓
Probing, inspection, and part alignment	—	✓
Basic single-sheet nesting	✓	✓
Associative nesting updates	✓	✓
Advanced multi-sheet nesting	—	✓
Advanced material controls and process material library	—	✓
Nest comparison, reports, and labels	—	✓
Laser, plasma, router, and waterjet toolpaths	✓	✓
Fabrication workflow automation	—	✓
Remnant cutting	—	✓
Plastic and standard additive workflows	✓	✓
Metal powder bed fusion	—	✓
Directed energy deposition	—	✓
Metal additive process simulation	—	✓

Key business benefits

Fusion helps teams:

Reduce disconnected workflows and manual handoffs.
Improve collaboration across design, engineering, and manufacturing.
Maintain better data continuity as designs change.
Automate repetitive design and programming tasks.
Identify manufacturability, setup, and collision issues earlier.
Accelerate the path from approved design to production.