Fusion 360 vs Solid Edge

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Our analysts compared Fusion 360 vs Solid Edge based on data from our 400+ point analysis of Manufacturing Software, user reviews and our own crowdsourced data from our free software selection platform.

Fusion 360 Software Tool
Solid Edge Software Tool

Product Basics

Fusion 360 is a cloud-based 3D CAD/CAM software that bridges the gap between design and manufacturing. It's well-suited for individuals and small-to-medium businesses seeking a streamlined solution for product development and fabrication. Users praise its intuitive interface, integrated design and manufacturing tools, and cloud collaboration capabilities. Popular features include generative design, simulation tools, and machining capabilities for various manufacturing processes. While some users note performance limitations with complex projects and a reliance on internet connectivity, Fusion 360 stands out for its affordability compared to traditional CAD/CAM software, with subscription plans starting under $500 annually.

Pros
  • Integrated CAD/CAM
  • Cloud collaboration
  • Design for manufacturing
  • Generative design
  • Simulation capabilities
Cons
  • Cloud dependency
  • Performance limitations
  • Limited feature depth
  • Subscription model
  • Learning curve
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Solid Edge is a comprehensive computer-aided design (CAD) software suite specifically designed for manufacturing companies. It offers a robust set of tools for 3D modeling, assembly design, simulation, and design management, making it well-suited for engineers and designers who need to create and manage complex product designs. Users frequently praise its intuitive interface, efficient workflows, and seamless integration with other manufacturing software. Popular features include synchronous technology for flexible modeling, design for manufacturing capabilities to optimize production processes, and built-in collaboration tools for enhanced teamwork. Compared to similar products, Solid Edge is often regarded as a cost-effective solution that offers a strong balance of features and ease of use. Pricing is typically subscription-based, with different packages available to accommodate varying needs and budgets.

Pros
  • Intuitive interface
  • Efficient workflows
  • Seamless integration
  • Flexible modeling
  • Design for manufacturing
Cons
  • Limited customization
  • Occasional performance issues
  • Steeper learning curve
  • Fewer advanced features
  • Subscription-based pricing
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$425 Annually
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Tailored to your specific needs
$600 Monthly
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Tailored to your specific needs
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Mac
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Mac
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Android
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On-Premise
Mobile
Cloud
On-Premise
Mobile

Product Assistance

Documentation
In Person
Live Online
Videos
Webinars
Documentation
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Live Online
Videos
Webinars
Email
Phone
Chat
FAQ
Forum
Knowledge Base
24/7 Live Support
Email
Phone
Chat
FAQ
Forum
Knowledge Base
24/7 Live Support

Product Insights

  • Extensive Library: Fusion 360 offers a complete library of free, open-source and entirely revisable processors for users to upload thorough numerical control (NC) applications so they can rapidly make parts or workpieces.  
  • Intuitive Cloud Interface: Users can log into this solution and access projects from any device with an internet connection. The interface is also adjustable and simple for users to operate. 
  • Fulfill Design Needs: Fusion 360 enables users to design, model, assemble and render projects and workpieces in one centralized system without exporting files to external solutions.  
  • Distraction-Free Rendering: Users can run the rendering process in the background while working on other processes so they can stay on top of their productivity,  
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  • Advanced Technology: Utilize the system interface with AI technology and a smart 3D model search engine to produce designs and make products swiftly. 
  • Cabinet Panel Design: Perform quick 2D layouts of industrial dashboards with precision to ensure complete management of all design procedures. 
  • High-Quality Files: Generate detailed documentation and diagrams out of 3D models and designs at a rapid pace to ensure product designs are up to par. 
  • Expedite Numerical Control (NC): Accelerate NC programming via a searchable post-processing repository, milling and roughing for quick, accurate product building. 
  • Simpler Simulation: Streamline and approve designs with strengthened simulation flow and structure, which permits better models and faster construction time. 
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  • Numerous Sketch Tools: Users can implement the 3D modeling module to create products with the ideal form, fit and function. This tool enables users to develop and revise sketches with constraints, dimensions and a robust chain of sketching accessories. Users can also develop parametric models by creating a list of frequently-used features such as extrude, revolve, loft, sweep and more that instantly update with design changes. 
  • Various Modes of Modeling: Fusion 360's 3D modeling component is equipped with a variety of different modeling modes. The direct modeling tool allows users to modify and fix imported shapes from different file formats. Users can draft intricate sub-divisional surfaces that have T-splines and effortlessly edit them with push-pull maneuvers thanks to the freeform modeling extension. The mesh modeling accessory allows editing and repairing of imported scans or mesh models such as STL and OBJ files. Other extensions in the 3D modeling module include sheet metal modeling, parametric modeling, surface modeling, assembly and printed circuit board (PCB) design integration. 
  • Add Electronic Intelligence to Designs: Users can bring 3D designs to life with the electronic intelligence feature. The schematic capture function has several schematic editing tools. Users can construct gerber, drill and assembly files in one click and with the PCB manufacturing (CAM) accessory.  
  • Ensure PCBs Fit Designs: Thanks to the electronics module's MCAD-ECAD unification ability, users can rest assured their PCB fits their designs every time with the unified MCAD and ECAD software. Users can peruse the PCB component library and component wizards for ready-to-use PCB designs and there are adjustable design rules users can set to align with users' manufacturing requirements in the design for manufacturability and design rule checking (DRC) tool. Other extensions in the electronics module include PCB layout, simulation program with integrated circuit emphasis (SPICE) simulation, and electronics cooling. 
  • Real-World Simulations: Fusion 360's simulation allows users to test their designs and models against life-like conditions digitally so they can save money on prototypes. The status stress function oversees parts and workpieces for displacements, stresses and other effects caused by static loads. The thermal and thermal stresses function enables users to comprehend thermal distributions and they connect with physical forces. Users can estimate unexpected failures for parts under compression thanks to the buckling tool. The non-linear stress extension studies permanent deformations and unleveled materials in designs. Other functions within this module include event simulation, shape optimization, modal frequency, comparing results, simplifying, breadth studies and cloud simulation.  
  • Accurately Determine Outcomes: Users can pinpoint several manufacturing-prepared results for their products or workpieces to meet design specifications while dwindling weight, boosting efficiency and condensing parts. Users can recognize design conditions, restrictions, materials and manufacturing choices to create manufacturing-ready diagrams with the project objective definition function. The editable results element allows users to pick the ideal outcome for their designs so they can promptly begin modeling instead of conducting lengthy importing or exporting procedures. Thanks to aPriori in the cost insights function, users can formulate manufacturing costs for every potential outcome in their designs in reference to production volume requirements. Other extensions in this component include generating and exploring designs and cloud solve. 
  • Efficacious Documentation: Fusion 360's documentation accessory permits users to effectively convey designs with internal or external stakeholders with 2D manufacturing drawings, renderings and animations. The 2D manufacturing drawings function chronicles manufacturing requirements with integrated associative drawings for parts and assemblies. The rendering tool enables users to develop photography-esque images of their models with local or cloud rendering options. Lastly, users can effectively convey designs with 3D-expanded views and animations to showcase design assembly thanks to the animation extension.  
  • Unify Teams: Users can eliminate communication roadblocks with their teammates and external stakeholders with the collaboration tool. The team participant extension authorizes users to add members to their zones for data management and teamwork purposes. Users can share links to model previews in any web browser so third parties can evaluate and interact with the model without access to Fusion 360 with the public and private design sharing function. The commenting and redlining extension allows users to gather and share critiques on the design with comments, markups and redlines on practically any device. Other functions included in this tool include user management, global sharing and unlimited access. 
  • Manufacturing: The manufacturing tool suits practically every manufacturing need and collaborates with various types of machinery such as cutting, milling and turning machines. The 5-axis simultaneous milling extension permits users to mill complex shapes, evade collisions and diminish tool lengths to complete sleek surfaces. Turning toolpaths can be verified with stock simulations to detect errors or collisions in models, stocks, tools and work holdings with the turning function. Users can draft toolpaths from solid model features, such as flattened sheet metal components, to activate water jet, laser and plasma cutters. Other extensions in this accessory include 2.5 and 3-axis milling, 3+2 milling, 4-axis milling, setup probing, mill-turning and a free post processor library.  
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  • Data Management: Protect and govern product information and techniques, guarantee quick information retrieval, share product data and handle other accessories to enhance quality and diminish costly errors. 
  • Computer-Aided Manufacturing (CAM): Review the impact of shape changes with project variant comparisons and gauge outcomes with numbers, charts or graphic animations. The user interface is straightforward with coherent tutorials, templates and guides. 
  • 3D Design: Implement this attribute's array of tools such as augmented reality to perform secure sharing and assist in digital collaboration, 3D rendering to draft photographic-like models and subdivision modeling to form suitable shape developments. 
  • 3D Printing: Execute the generative design extension to implement robust design traits and topology technology to draft and print intricate shapes. This component also permits sending blueprints to cloud-based 3D printing companies to get real-time quotes, pricings and lead-time comparisons. 
  • Electrical Design: Envision all electrical areas of designs in a 3D atmosphere, direct wiring and other components in the design models and study these plans to cipher the suitable wire lengths and harnesses. 
  • Simulation: Initiate finite element analysis (FEA) to approve part and assembly designs. 
  • Cloud-Based Collaboration: Access your computer-aided designs (CADs) on any mobile devices such as phones, tablets, PCs, Macs and Chromebooks. Consists of on-demand updates and CAD file sharing. 
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Product Ranking

#39

among all
Manufacturing Software

#53

among all
Manufacturing Software

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Synopsis of User Ratings and Reviews

Integrated CAD/CAM: Streamlines design-to-manufacturing workflow by unifying design, simulation, and toolpath generation within a single platform.
Cloud Collaboration: Facilitates seamless teamwork and real-time project visibility for enhanced communication and faster decision-making.
Design for Manufacturing (DFM): Guides designers to create manufacturable parts from the outset, reducing production costs and delays.
Generative Design: Explores multiple design options tailored for specific manufacturing processes, accelerating innovation and optimizing material usage.
Simulation Capabilities: Validates designs for structural integrity, thermal performance, and motion behavior, minimizing physical prototyping and testing costs.
Intuitive Interface: Simplifies the learning curve with user-friendly tools and a modern, streamlined interface.
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Intuitive Interface: Users often find Solid Edge's interface to be easy to learn and navigate, even without extensive CAD experience. Icons and menus are well-organized and logical, making it easier to find the tools you need.
Efficient Workflows: Solid Edge streamlines design and engineering processes with features like synchronous technology, which allows for quick and flexible editing of models without the need for traditional history-based modeling constraints. This can significantly speed up the design process and make it easier to make changes on the fly.
Seamless Integration: Solid Edge integrates smoothly with other manufacturing software, such as CAM, PDM, and PLM systems. This helps to ensure data consistency and streamline workflows across different stages of the product development process.
Flexible Modeling: Solid Edge offers a variety of powerful modeling tools that allow users to create complex and intricate designs with ease.
Design for Manufacturing: Solid Edge includes features specifically designed to help users create designs that are optimized for manufacturing. This can help to reduce production costs and time-to-market.
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Cloud Dependency: Requires a stable internet connection for most features, potentially hindering productivity in areas with limited connectivity.
Performance Limitations: Can experience slowdowns or crashes when working with large, complex assemblies or simulations, especially on less powerful hardware.
Feature Depth: While comprehensive, certain specialized manufacturing features might not be as robust as in dedicated CAD/CAM software for specific industries.
Subscription Model: Restricts access to software and data if the subscription lapses or encounters billing issues, potentially disrupting workflows.
Learning Curve: While intuitive, mastering advanced features and workflows can require a steeper learning curve, especially for those transitioning from traditional CAD/CAM systems.
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Limited Customization: Some users find Solid Edge's interface less customizable compared to other CAD software. This can make it difficult to tailor the workspace to specific preferences and workflows.
Occasional Performance Issues: Users report occasional performance issues, especially when working with large or complex models. This can lead to delays and frustration.
Steeper Learning Curve: While Solid Edge's interface is generally considered intuitive, its advanced features can have a steeper learning curve for beginners. This may require more time and effort to master the software fully.
Fewer Advanced Features: Compared to some high-end CAD software, Solid Edge may lack certain specialized features that are essential for niche industries or highly complex designs.
Subscription-Based Pricing: The subscription-based pricing model can be less appealing to users who prefer perpetual licenses or have limited budgets.
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For hobbyists and professionals alike, Fusion 360 resonates with its cloud-powered accessibility and integrated workflow. "It's like SolidWorks and SketchUp had a baby," one user raves, praising its intuitiveness compared to heavier CAD software. This ease of use shines in rapid prototyping workflows, with another reviewer calling it "a dream come true for quick design iterations." However, Fusion 360's cloud reliance can be a double-edged sword. While it liberates users from hefty installations, internet hiccups can cripple productivity. "Offline functionality, even basic rendering, would be a game-changer," pleads one reviewer. This sentiment echoes for complex projects, where users yearn for the raw processing power of desktop-only alternatives. "Fusion 360 choked on my intricate assembly," admits another, highlighting limitations compared to software like CATIA. Despite these quirks, Fusion 360's unique blend of affordability, user-friendliness, and integrated features like simulation and CAM tools keeps users hooked. "The value proposition is unbeatable," one designer declares, while another appreciates the "constant stream of updates and new features." For those seeking a versatile and accessible entry into the world of 3D design and manufacturing, Fusion 360 remains a compelling choice, even with its occasional hiccups.

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User reviews for Solid Edge come in two distinct flavors: those smitten by its user-friendliness and streamlined workflows, and those yearning for the deeper control of its bigger rivals. For the first group, Solid Edge is a "breath of fresh air" compared to the "clunky behemoths" like Autodesk Inventor. One engineer gushes, "Switching from Inventor was like trading a tank for a sports car. Solid Edge is agile and intuitive, I don't get lost in menus anymore." This ease of use is a major draw for beginners and design teams, making it a "Goldilocks of CAD software," perfect for a broad middle ground. However, power users often feel limited by Solid Edge's "training wheels." They miss the precise customization and advanced features found in CATIA, longing for the "granular control" that lets them push design boundaries. As one user admits, "Solid Edge shines for everyday tasks, but for pushing the envelope, I miss the surgical precision of CATIA." This trade-off between user-friendliness and ultimate power is a constant rumble in Solid Edge reviews. Where Solid Edge truly steals the show is in its seamless integration with other Siemens offerings and its laser focus on manufacturing. "Integration with NX is flawless," beams one designer. "It's like a symphony, not a cacophony of programs." This streamlined workflow translates to tangible benefits, as another user shares, "Solid Edge's design tools consider manufacturability from the get-go. It saves us headaches and money down the production line." Ultimately, Solid Edge user reviews paint a picture of a software that prioritizes accessibility and practicality. It may not offer the raw power of CATIA or the niche capabilities of hyper-specialized tools, but for those seeking a balance of ease, efficiency, and production-ready designs, Solid Edge holds a unique charm. As one user puts it, "It's the perfect middle ground - powerful enough for most jobs, and intuitive enough for any team member to pick up."

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