Fact-checked by Grok 2 weeks ago

Autodesk Inventor

Autodesk Inventor is a 3D CAD software developed by for mechanical engineers and product designers, providing tools to create parametric models, simulate product performance, visualize designs, and generate technical documentation. It enables the development of digital prototypes that accelerate innovation in and workflows. First released on September 20, 1999, Autodesk Inventor originated from earlier parametric tools like in the and was codenamed "" during development as a direct response to competitors like in the mechanical design space. Over more than two decades, it has undergone annual updates, evolving from basic to a versatile platform supporting complex assemblies, adaptivity for design edits, and seamless integration with processes. By 2026, enhancements include optimized file sizes for better collaboration, advanced patterning for parts, and improved with non-native data formats. Key features of Inventor encompass parametric modeling for precise geometry control, assembly modeling for building and analyzing multi-component systems, simulation tools for stress, motion, and , and automated drawing creation for documentation from models. It also supports shared view collaboration for team reviews, BIM content exchange for architecture integration, and rules-based design automation via iLogic. Widely adopted in industries such as industrial equipment manufacturing, machinery, automotive, and consumer products, Inventor streamlines the entire from concept to production.

Overview

Development and Origins

Autodesk Inventor was developed internally by as a next-generation mechanical design tool, with work beginning in early 1996 in , under the leadership of Buzz Kross and a team of over 90 developers who invested more than $25 million in the project. Codenamed during development, the software was designed to address limitations in Autodesk's earlier AutoCAD-based tools, particularly Mechanical Desktop, by shifting to a fully , constraint-based approach that emphasized ease of use and efficient handling of large assemblies through a segmented database structure. This evolution was driven by feedback from mechanical engineers during early beta testing in , where developers focused on intuitive features like adaptivity for geometric edits to better meet real-world design needs. The software's foundational technology included the geometric modeling kernel licensed from Spatial Technology, which enabled robust capabilities and distinguished Inventor from competitors like and Pro/ENGINEER. Autodesk Inventor was publicly launched on September 20, 1999, as Release 1, marking its integration into Autodesk's portfolio as a standalone solution that complemented rather than directly replaced Mechanical Desktop, though it quickly became the preferred tool for advanced . In 2002, with Inventor 5.3, Autodesk introduced ShapeManager, a custom kernel forked from 7.0, enhancing capabilities. Early milestones included the introduction of features like iFeatures for reusable parametric elements in subsequent versions, which enhanced productivity in assembly modeling. By the mid-2000s, Inventor had solidified its role in Autodesk's offerings, with Release 2 in early 2000 adding improvements to assembly and tools, and over 50,000 copies shipped by late 2001. The product transitioned to annual versioning starting with Inventor 2008, aligning with industry trends for consistent updates, and adopted Autodesk's subscription licensing model in 2016, shifting from perpetual licenses to provide ongoing access to enhancements and support.

Purpose and Key Capabilities

Autodesk Inventor is a professional CAD software application primarily designed for , , , and of products such as machinery, , and industrial equipment. It enables engineers to create accurate digital prototypes that validate form, fit, and function before physical , streamlining workflows and reducing errors in product development. Key capabilities include parametric modeling, which supports modifications via sketch constraints, dimensions, and formulas for precise geometry control; constraint-driven assemblies that facilitate realistic and interference detection; integrated stress analysis to assess structural performance under loads; and advanced rendering tools for photorealistic visualizations. The software features bidirectional associativity between 3D models and 2D drawings, allowing changes in one to automatically update the other, and robust support for large assemblies handling up to 100,000 occurrences and 10,000 unique parts or more. Targeted at mechanical engineers, product designers, and manufacturers, Inventor is widely used in industries including automotive, , consumer electronics, and heavy machinery to accelerate innovation and production readiness. Its high-level workflow integrates conceptual sketching and with , automated documentation, and export to fabrication formats, providing an end-to-end solution for projects.

Core Features

3D Modeling Tools

Autodesk Inventor's tools enable users to create solid models through a feature-based approach, where is defined by sketches and subsequent operations that build into the design. Central to this process is solid modeling, which uses 2D sketches as the foundation for generating 3D features via commands such as extrude, revolve, sweep, and . These tools allow designers to drive model with dimensions, constraints, formulas, and variables, ensuring that changes to parameters automatically propagate through the model. Adaptive features further enhance this capability by allowing parts to update dynamically based on assembly constraints, facilitating top-down design where modifications in one component influence related in others. In part modeling, Inventor supports the creation of individual components with a focus on precision and flexibility. Direct editing tools permit modifications to imported without parametric history, enabling adjustments to size, shape, or location through intuitive manipulations like moving faces or scaling bodies. For designs, specialized tools generate unfoldable parts, including bends to create angled transitions, along edges for added , and hems to reinforce edges or eliminate , all governed by customizable bend rules for thickness and relief types. In Inventor 2026, enhancements include a modernized for the flange, corner rounds, and tools, allowing direct manipulation of graphics for faster design iterations. Assembly modeling in Inventor involves placing and constraining components to simulate real-world interactions. Components are positioned using mates for basic alignments like coincident or relationships, joints for motion such as rigid or rotational , and contact sets to detect interferences without explicit constraints. iAssemblies provide configurable variants by defining tables of member properties, allowing quick swaps of sizes or features within an . The frame generator automates the creation of structural members, such as beams and frames, by selecting profiles from a and applying them along sketched paths, complete with end conditions and . Inventor 2026 introduces associative mirror functionality in assemblies, enabling mirroring of components with automatic updates when the source changes. Later versions of Inventor incorporate support for freeform sculpting through integration of T-Splines technology, which enables the creation of complex organic surfaces using subdivision modeling techniques that blend NURBS and polygonal methods with fewer control points for smoother results. anyCAD facilitates multi-CAD referencing by allowing direct insertion of non-native files as adaptive references without translation, maintaining associativity to the source for seamless updates in collaborative environments. In Inventor 2026, patterning tools have been enhanced with property panel access, shaded previews, graphic manipulation, and a new irregular spacing option for rectangular, circular, and sketch-driven patterns. Additionally, a new simplify command in the part environment allows excluding bodies by size, removing features, or replacing with envelopes to streamline complex models. Fundamental concepts in Inventor's 3D modeling include work features, such as planes for offset or angled references, axes for , and points for precise locations, which serve as construction elements to define and constrain geometry across parts and assemblies. Pattern tools support the replication of features through linear or circular arrays for evenly spaced elements like holes or bosses, and mirror operations to create symmetrical duplicates across a plane, enhancing efficiency in repetitive designs.

Simulation and Analysis

Autodesk Inventor's simulation and analysis capabilities enable engineers to validate designs by predicting structural behavior under various conditions, using finite element analysis (FEA) integrated directly within the environment. The Stress Analysis module supports linear static analysis to evaluate structural loading, for determining natural frequencies and mode shapes, and fatigue analysis to assess durability over cycles. Users set up simulations by assigning materials from a or custom properties, applying loads such as forces, pressures, or moments, and defining constraints like fixed supports or pinned joints; these inputs are derived from 3D models to ensure accurate conditions. primarily employs second-order tetrahedral solid elements for volumetric discretization, though advanced integrations allow hexahedral options for improved accuracy in complex geometries. Safety factors are calculated as the ratio of a material's strength to the von Mises equivalent stress, providing a measure of design reliability against failure. basics involve simulating steady-state and induced stresses, while identifies resonant frequencies to avoid vibration issues in dynamic environments. The environment facilitates kinematic and dynamic motion studies of assemblies, incorporating by default relative to the assembly's , friction through contact sets with defined coefficients, and actuators via applied forces, torques, or joint motors to drive mechanisms. Joints are automatically converted from assembly constraints or manually defined as mechanical connections, enabling realistic simulation of interactions and exporting results as animations for or further stress preparation. This analyzes motion under varying loads, helping optimize mechanisms for performance and avoidance. Frame Analysis, tailored for truss and beam structures, performs static and modal evaluations on frame assemblies generated via Frame Generator, automatically meshing members as beam elements with section properties from standard profiles. It supports boundary conditions like releases at joints and loads distributed along members, yielding results such as deflections and stresses for structural validation. Weld analysis in the Stress Analysis module includes weld beads as features for linear evaluation, assuming bonded connections, though advanced weld fatigue requires suppressing beads in basic runs to avoid meshing issues. Integration with Autodesk Inventor Nastran extends capabilities to nonlinear materials, supporting plasticity and hyperelasticity for realistic behavior under large deformations. Recent versions of Inventor include improved stability for runs and better for trusses with refined solver settings applicable across simulations. Enhanced support for bolt connectors in -integrated analyses simplifies preload and contact modeling for fastened joints without full geometric representation, and advances in nonlinear for more accurate predictions in stress scenarios. These updates, powered by the solver, enable comprehensive environmental simulations like coupled with structural response. The Simulation Guide provides a dockable to prepare models for simulation, interpret results, and navigate workflows using a decision-tree format.

Documentation and Output

Autodesk Inventor's documentation and output capabilities center on transforming 3D models into production-ready 2D drawings, annotated views, and visual presentations that facilitate manufacturing and assembly processes. The software's drawing environment automates the creation of 2D views from 3D models, generating orthographic projections, isometric views, and section cuts with fully associative links to the source geometry. These views include automatic dimensioning, geometric dimensioning and tolerancing (GD&T), and bills of materials (BOMs) that update dynamically as the 3D model evolves, ensuring consistency across design iterations. Users can customize sheet formats and title blocks to meet industry standards such as ISO or ANSI, streamlining the preparation of engineering drawings for fabrication or documentation purposes. Annotation tools in Inventor enhance drawing clarity and compliance by providing a comprehensive set of symbols and notations directly tied to 3D model features. This includes GD&T symbols for defining functional tolerances, surface finish indicators for machining specifications, and stack-up analysis to evaluate dimensional variations in assemblies. For (MBD), 3D annotations can be embedded in the model itself, allowing for a paperless approach where tolerances and notes are stored parametrically and viewable in 3D without generating separate 2D sheets. These annotations propagate bidirectionally, meaning edits in the drawing update the 3D model and vice versa, reducing errors in complex designs. Visualization features extend Inventor's output options by enabling high-quality renderings and instructional presentations derived from assemblies. The integrated Raytracer produces photorealistic images and animations using techniques, supporting materials, lighting, and environments to create marketing visuals or technical illustrations. Exploded views and interactive presentations allow users to sequence assembly steps with animations, annotations, and callouts, ideal for creating user manuals or training materials. These outputs maintain associativity, so modifications to the assembly model automatically reflect in the visualizations. Specific functionalities underscore Inventor's efficiency in documentation workflows, such as support for iParts—parametric variations of standard components—that automate the population of drawing tables with customized rows for parts lists or configurations. Recent releases include weld symbols for better representation of requirements in assemblies and improved dimensions in drawings, allowing for more precise control over driven and reference dimensions during view creation. In Inventor 2026, a new break view workflow enables -based placement and dimensioning of break lines, stored in the for easy editing. These updates build on associativity principles, where changes to the model, such as part modifications or assembly reconfigurations, instantly propagate to linked drawings, minimizing manual revisions. Additionally, PDF exports preserve layers, hyperlinks, and interactive elements from Inventor drawings, enabling seamless sharing and review in standard formats.

Versions and Editions

Release History

Autodesk Inventor was initially released on September 20, 1999, as version 1, codenamed "," marking Autodesk's entry into mechanical design software. Early subsequent releases included version 2, codenamed "," on March 1, 2000, and version 3, codenamed "Camaro," on August 1, 2000. The software continued with sequential numbering through versions 4 to 11, often referred to with "R" designations such as R2 for version 2 and R11 for version 11, released in early 2006. These early versions focused on building core modeling capabilities and assembly management, with R11 introducing tools for workflows. In 2007, Autodesk transitioned from sequential numbering to year-based naming conventions, starting with Inventor 2008, released on April 10, 2007. This shift aligned product releases with calendar years to better synchronize updates across the Autodesk ecosystem. Subsequent versions followed an annual release cycle, typically in late March or early April, with incremental updates denoted as .1, .2, etc., delivered quarterly through Autodesk Access starting around 2020. For example, Inventor 2025 was released on March 27, 2024, followed by updates such as 2025.1 in July 2024, 2025.2 in November 2024, and 2025.3 in early 2025. This cycle continued with Inventor 2026, released on March 26, 2025, including enhancements such as optimized file sizes for better collaboration, advanced patterning for parts, and improved interoperability with non-native data formats. Further updates for 2026 include 2026.2, released on November 4, 2025. These annual releases allow for ongoing enhancements without major version overhauls. Key milestones across versions include the introduction of freeform modeling tools in Inventor 2015, enabling organic shape creation using T-Splines technology acquired by Autodesk in 2011. AnyCAD interoperability was added in Inventor 2016, facilitating direct referencing of third-party CAD files without translation, with expansions in later updates to support formats like STEP associatively. Inventor 2017 integrated Shape Generator for topology optimization, producing lightweight 3D meshes to guide conceptual design refinement. Performance improvements, such as faster assembly loading and graphics rendering, were emphasized in Inventor 2018. Cloud collaboration features expanded in Inventor 2020, enabling integration with Fusion Team for real-time sharing and co-authoring via Autodesk's cloud platform. The 2025 release introduced sketch enhancements, including midpoint line creation, improved dimension snapping options (endpoint, midpoint, center), and the ability to switch between horizontal and vertical constraints using Shift. It also enhanced IFC import for BIM interoperability, allowing selective geometry and metadata import from Industry Foundation Classes files to support AEC-mechanical integration. Regarding licensing, Autodesk discontinued sales of new perpetual licenses after January 31, 2016, transitioning all new Inventor licenses to a subscription model. Existing perpetual licenses remain usable but require periodic online activation, with support ending for versions prior to 2021. Standalone update installers were phased out in favor of the Autodesk Access application, which centralizes update management, installations, and license administration for subscription users. Editions such as and have been available across versions, with LT offering core and tools.

Edition Types and Licensing

Autodesk Inventor is primarily offered as , the full-featured edition that provides comprehensive 3D design, , , documentation, and capabilities, including access to for custom development and add-ons such as the Inventor Nesting utility for optimizing part layouts in workflows. This edition supports advanced functionalities like stress analysis and motion , which are exclusive to it, enabling engineers to validate designs before production. Inventor LT, a lighter edition focused on 2D mechanical drafting and limited 3D data import without full modeling or simulation tools, has been discontinued for new subscriptions since November 2020, with the final renewal opportunity ending on May 7, 2021. Maintenance and support for existing Inventor LT licenses, including the last version (2021), concluded on March 29, 2024, after which no further updates, security patches, or technical assistance are provided by Autodesk. As of 2025, Inventor Professional remains the sole commercially available edition, positioning it as the standard for professional CAD users transitioning from LT or seeking robust 3D capabilities. Licensing for Inventor Professional is subscription-based, managed through an Autodesk Account, with options for monthly, annual, or three-year terms to accommodate varying user needs and budgets. Subscriptions offer flexible multi-user licensing, allowing organizations to allocate seats dynamically across teams via network servers for shared access, in contrast to node-locked licenses that bind the software to a single device for individual use. Autodesk transitioned from perpetual licenses to this subscription model starting February 1, 2016, eliminating new standalone purchases and emphasizing ongoing access to the latest versions and cloud services. Pricing for an annual Inventor Professional subscription begins at approximately $2,585 USD when paid upfront, with monthly options at $320 USD and three-year plans offering cost savings for long-term commitments. For broader workflows, Inventor is included in bundles like the & Collection, priced at $3,375 USD annually, which integrates additional tools for factory design and programming. Eligible students, educators, and institutions can access free one-year renewable licenses for Inventor through the Education , supporting academic and non-commercial use without cost.

File Formats and Interoperability

Native Formats

Autodesk Inventor's native file formats are proprietary structures designed to store models, assemblies, and associated documentation while maintaining design intent and associativity across s. Introduced with the initial release of Inventor in , these formats leverage the geometric modeling kernel, which originated as a of the kernel version 7 developed internally by starting in 2001. This kernel enables robust and surface modeling within a framework that supports such as iProperties (custom attributes like specifications and revision history) and references to textures for appearances, though textures themselves are typically linked rather than fully to optimize portability. The nature facilitates efficient storage and retrieval, with built-in mechanisms for size optimization in large assemblies, such as (LOD) representations that suppress non-essential data during loading to reduce memory usage without altering the core model. The core native formats include part files (.ipt), which contain individual 3D components modeled parametrically with features like sketches, extrusions, and fillets; assembly files (.iam), which define hierarchical relationships between multiple .ipt parts, constraints, and mates to represent product structures; presentation files (.ipn), used for creating exploded views, animations, and storytelling sequences from assemblies; and drawing files in either .idw (Inventor-specific) or .dwg (AutoCAD-compatible) formats, which generate 2D views, dimensions, and annotations linked bidirectionally to 3D models. A key concept in these formats is file associativity, where modifications to a source .ipt file automatically propagate updates to dependent .iam assemblies and .idw/.dwg drawings, preserving parametric relationships and ensuring design consistency throughout the workflow. Specialized native formats extend functionality for specific tasks: sheet metal unfolds are managed within .ipt files via flat pattern features; visualization files (.idv) capture snapshot design views of assemblies for simplified sharing without full editability; styles library files (.ide) house reusable iFeatures, such as standard holes or patterns, for insertion across projects; and project files (.ipj) organize file management by defining workspaces, search paths, and library references to streamline multi-file environments. These formats are version-specific, with files from newer releases like Inventor 2025 not fully backward-compatible to earlier versions due to enhanced kernel features and data structures; translators or migration tools are required for cross-version access, often resulting in read-only or partial functionality in older software. This structure supports interoperability workflows by allowing native files to serve as the foundation for exports, while prioritizing internal efficiency for complex mechanical designs. In Inventor 2026, interoperability enhancements include updates to translators and new export formats.

Import and Export Options

Autodesk Inventor provides robust import capabilities for exchanging data with other CAD systems, supporting numerous neutral formats to facilitate . Key neutral formats include STEP (ISO 10303), (), SAT ( kernel-based), and (.x_t and .x_b variants), which allow for the ingestion of from diverse sources with minimal data loss when using recommended translators. These formats are particularly effective for importing surface and models, enabling users to incorporate external designs into Inventor's environment. A standout feature is the AnyCAD technology, which enables direct referencing of native files from leading CAD systems such as , , , and without requiring , thereby preserving full associativity, , and history from the source. This approach eliminates geometric inaccuracies associated with traditional file conversions and supports updates to the referenced files, automatically propagating changes in Inventor. AnyCAD is included as a standard add-in, configurable via the Application Options dialog for selective format enablement. Following import, Inventor offers tools for and repair to ensure integrity, including automatic checks for errors during and an optional repair that identifies issues like invalid faces or gaps. Users can create derivative components from imported data, generating new Inventor-native parts or assemblies that reference the originals without altering them, thus maintaining a non-destructive . Configurations for units, tolerances, and healing options are accessible in the dialog to customize the process based on project needs. On the export side, Inventor supports output to over 30 formats, covering a wide range of applications from to . Common exports include STL for additive manufacturing and , DWG for seamless integration with , and PDF for 2D drawings and 3D models, with options for layered views and annotations. Additional formats encompass OBJ for visualization and JT for lightweight collaboration. In Inventor 2025, interoperability enhancements improve handling of JT files, alongside expanded support for neutral kernels like up to version 35. For BIM workflows, Inventor 2025 introduces enhanced export capabilities, allowing direct output of building components in IFC4 and IFC2x3 formats with improved property mapping and geometric fidelity for integration into tools like Revit. This update includes the Properties command on the Inspect tab to review imported or exported IFC metadata, streamlining validation in architectural and construction contexts. Export options also support direct publishing to V5 and binaries, ensuring compatibility with downstream analysis software. To manage complex data exchanges, Inventor includes dedicated tools such as add-ins for specialized formats and the Pack and Go utility, which bundles a file with all linked components, styles, and dependencies into a single archive or folder structure. This feature preserves file relationships and allows customization of inclusion criteria, like skipping library files, while supporting relocation to new paths without breaking links. Users can further tailor exports via the Save Copy As dialog, specifying , tolerances, and unit conversions to match recipient requirements.

Integration and Extensions

Autodesk Product Ecosystem

Autodesk Inventor is designed to integrate seamlessly within the broader product ecosystem, enabling extended workflows across , , , and . This integration facilitates collaborative environments where Inventor serves as a core mechanical design tool, linking with other applications to support hybrid / processes, cloud-based collaboration, and centralized data handling. Inventor maintains associative links with , allowing users to import 2D geometry from AutoCAD directly into Inventor for and to reuse Inventor-derived data back in AutoCAD for detailed 2D drafting and documentation. This bidirectional workflow supports hybrid design approaches, where changes in one application can propagate to the other through shared file formats like , maintaining design intent without manual redrawing. Similarly, Inventor connects with for cloud collaboration, enabling users to upload Inventor part and assembly files (.ipt, .iam) to Fusion 360 projects for lightweight editing, simulation extensions, and team sharing via a Fusion Team account. This integration is particularly useful for distributed teams, as it allows real-time updates and access to Fusion's cloud rendering and features without full file conversion. For data management, Inventor integrates with , providing , check-in/check-out capabilities, and secure storage for Inventor files, ensuring that design revisions are tracked and accessible across project teams while preventing data silos. The Product Design & Manufacturing Collection bundles Inventor with complementary tools such as Autodesk CFD for simulations, Moldflow for plastic injection molding analysis, and Factory Design Utilities for layout planning, creating a unified for end-to-end product development. This collection also encompasses , , Vault Basic, Navisworks Manage, and Inventor add-ons like for , allowing users to perform advanced simulations and validations directly from Inventor models without switching ecosystems. Specific integrations enhance interdisciplinary coordination; for instance, Inventor supports direct launching of models from Revit for mechanical, electrical, and plumbing (MEP) coordination in building information modeling (BIM) workflows, streamlining the placement of equipment models into architectural environments. Additionally, Inventor assemblies can be exported to Navisworks for 4D simulation and clash detection, identifying interferences between mechanical components and other building systems early in the design phase. In Inventor 2025 and 2026, enhancements to BIM exchange include improved IFC (Industry Foundation Classes) export capabilities, supporting IFC2x3 format for better interoperability with BIM tools like Revit, including metadata for connectors, OmniClass classifications, and building components. Inventor 2026 further improves Revit interoperability with new commands in the BIM Content Environment for asset orientation and location (such as UCS and Placement tools), options to include properties and simplify data for export, and the ability to add Revit Categories to parts and assemblies via the iProperties dialog or Bill of Material interface. These integrations operate within Autodesk's shared common data environment (CDE), a centralized in Autodesk Construction Cloud that aggregates project data from Inventor and other tools, ensuring consistent and compliance with standards like ISO 19650 for BIM processes. Subscription bundles like the Product Design & Manufacturing Collection reduce costs for multi-tool access by offering a single license for the suite compared to individual product subscriptions for teams using multiple applications. At the core of these connections are associative links, where modifications in an Inventor model automatically update linked files in applications like or Revit, preserving parametric relationships and reducing errors in iterative designs. For example, updating a part dimension in Inventor propagates changes to associated drawings or BIM elements, maintaining across the .

APIs and Add-ins

Autodesk Inventor provides extensibility through its application programming interface (), which enables developers to automate tasks, access model data, and customize the user interface. The is primarily COM-based, allowing integration with languages such as C++, C#, , and via Microsoft's Automation model. This facilitates programmatic manipulation of part and assembly modeling, sketches, features, drawings, and custom data structures. A key component of the API is iLogic, a rule-based automation tool that uses VB.NET scripting to embed logic directly within Inventor documents. iLogic allows users to create rules for parameter-driven designs, event handling, and repetitive operations without requiring full add-in development, making it accessible for non-programmers while supporting advanced VB.NET code integration. For instance, iLogic can automate the generation of bills of materials (BOMs) by extracting component data and exporting it to formats like Excel or , streamlining workflows in large assemblies. The supports event triggers to enable custom behaviors, such as executing rules in response to document events like parameter changes or file saves. Developers can define these triggers programmatically or via the iLogic Event Triggers dialog, allowing for reactive like updating assemblies upon feature modifications. This extends to customization, where scripts can add ribbons, panels, or forms to tailor the interface for specific workflows. Additionally, the provides access to iFeatures, enabling the creation and insertion of reusable features through code, which supports reuse in parts and assemblies. For broader extensions, Inventor supports add-ins developed as .NET DLLs, which can be loaded to enhance core functionality. Certified add-ins are available through the , including tools for specialized tasks such as nesting optimization for parts and workflows that leverage AI-driven . These add-ins undergo rigorous testing to ensure compatibility and performance, often integrating directly with the for seamless operation. Cloud-based extensions are facilitated by the Platform Services (, formerly ) API, which allows of Inventor tasks in the cloud, such as batch processing assemblies or generating previews without local installation. This enables scalable integrations, for example, with () systems, where API calls extract BOM data or update product configurations in real-time. Tools like the exemplify certified add-ins that bridge Inventor with platforms for bidirectional data synchronization.

References

  1. [1]
    Autodesk Inventor Software | Get Prices & Buy Official Inventor 2026
    Autodesk Inventor: 3D modeling software for designers and engineers. Create, simulate, and document your most ambitious ideas.
  2. [2]
    Inventor Features | New Features 2026 - Autodesk
    Inventor is a 3D CAD modeling software for product and mechanical designers. Learn about Inventor modeling, design, simulation, and rendering features.
  3. [3]
    A Look at the History of Inventor Through the Eyes of Jay Tedeschi
    Jan 20, 2017 · Autodesk Inventor was first released in 1999 and Jay Tedeschi has been around since the very beginning.
  4. [4]
    Inventor 2026 Help | Overview - Autodesk product documentation
    Files saved within Autodesk Inventor 2026 are significantly smaller, making them easier to share, store, and archive. Specialized workflows, such as patterning ...
  5. [5]
    Industrial Equipment Manufacturing | Autodesk
    Autodesk empowers industrial equipment manufacturers to create smarter, more reliable machinery with integrated solutions that streamline development processes.
  6. [6]
    Industry Solutions | Autodesk Official
    Autodesk provides solutions for Architecture, Engineering & Construction, Product Design & Manufacturing, and Media & Entertainment industries.Roads and Highways Design · Plant Engineering and Design... · Scan to BIM
  7. [7]
    Autodesk and AutoCAD - History of CAD - Shapr3D
    Mar 27, 2023 · Autodesk was founded as a loose programmer-centric collaborative in early 1982 to the company's initial public offering in 1985.
  8. [8]
    First Inventor Versions - Autodesk Forums
    Feb 10, 2022 · Good morning Forum,. I´m looking for one of the first Inventor versions. Inventor 1 Mustang 20.09.1999. Inventor 2 Thunderbird 01.03.2000.Missing: October internal
  9. [9]
    Inventor Build Numbers - Autodesk
    Oct 7, 2025 · Installed version number can be found in Control Panel > Programs > Programs and Features > View Installed Updates.Missing: 1999 | Show results with:1999<|separator|>
  10. [10]
    [PDF] Autodesk is gradually transitioning new software purchases for our ...
    Mar 1, 2015 · Autodesk will be reviewing Subscription renewal policies before Jan 31, 2016 and will communicate any changes well in advance of the ...
  11. [11]
    Inventor 2025 Help | What are large assemblies? | Autodesk
    Inventor assemblies can be as large as 100,000 occurrences and 10,000 unique parts or more. An occurrence is a reference to a part or subassembly from the ...
  12. [12]
    Inventor LT 2014 Help: Use 2D to 3D bidirectional associativity
    Use 2D to 3D bidirectional associativity. Automatic updates between the 2D drawing and the 3D model prevent design errors.
  13. [13]
    https://novedge.com/blogs/design-news/design-software-history-autodesk-inventor-pioneering-innovations-in-design-software-and-transforming-mechanical-engineering-workflows
  14. [14]
    [PDF] Autodesk Inventor Guide
    and robust toolset make it a popular choice across various industries, including automotive, aerospace, consumer products, and machinery. Key Features of ...
  15. [15]
    Parametric Modeling Software | Autodesk
    Parametric modeling enables designers to build intelligence in the 3D model with dimensions, constraints, formulas, and variables that drive the model geometry ...
  16. [16]
    Inventor 2024 Help | About Adaptive Geometry and Features
    When parts (and features) in the subassembly are designated as adaptive, features adapt when constrained to geometry outside the subassembly. You can drag under ...
  17. [17]
    Inventor 2025 Help | About Applying Direct Edits | Autodesk
    Direct Edit allows you to adjust size, shape, and/or location of model features by directly manipulating the geometry.
  18. [18]
    Inventor 2025 Help | To Apply Direct Edits to Faces and Solids
    To Apply Direct Edits to Faces and Solids. Use Direct Edit to make changes to solids created in Inventor and to imported solid models that have no history.
  19. [19]
    Inventor 2026 Help | About Flanges in Sheet Metal | Autodesk
    A flange feature consists of a face and bend connected to an existing face along a straight edge. To add a flange feature, you select one or more edges.
  20. [20]
    Inventor 2024 Help | Create a Hem in a Sheet Metal Face | Autodesk
    Sheet metal hem features are typically added to provide one or more thicknesses of material along an edge of a face or flange.
  21. [21]
    Inventor 2025 Help | Assembly Modeling Fundamentals | Autodesk
    Create Assembly models by placing existing components into an assembly, and by creating other components in place within the context of the assembly.
  22. [22]
    Inventor 2024 Help | Assembly Constraints | Autodesk
    Assembly constraints establish the orientation of the components in the assembly and simulate mechanical relationships between components.
  23. [23]
    Inventor 2025 Help | Assembly Constraints | Autodesk
    Assembly constraints establish the orientation of the components in the assembly and simulate mechanical relationships between components.
  24. [24]
    Inventor 2024 Help | About iAssemblies | Autodesk
    An iAssembly is a configuration, a model with a few or many variations called members. Each member has a set of unique identifiers such as diameter or length.Missing: mates joints frame
  25. [25]
    Inventor 2025 Help | Frame Generator overview | Autodesk
    Use Frame Generator to create internal frame and external frame assemblies for machines. Frame Generator is available in the assembly and weldment environments.Missing: iAssemblies | Show results with:iAssemblies
  26. [26]
    Unleash Your Imagination With Freeform Modeling - Autodesk Blogs
    Aug 16, 2016 · Freeform modeling in Inventor, integrated from Autodesk's acquisition, uses T-Spline surfaces, and is found in the 'Create Freeform' ribbon ...
  27. [27]
    About AnyCAD and Importing Files from other CAD Systems
    The Reference model option maintains a link to the selected file which enables you to monitor and update Inventor as the model changes. If changes are made to ...
  28. [28]
    AnyCAD: when and how to use it. - Inventor Official Blog
    Mar 20, 2019 · AnyCAD allows you to insert models as a reference and not a translated 3D CAD file. This helps when collaborating in a multi-CAD environment ...
  29. [29]
    Inventor 2025 Help | About Work Features | Autodesk
    Work features include work planes, which are infinite construction planes; work axes, which are construction lines; and work points, which can be selected from ...Missing: tools arrays mirrors
  30. [30]
    Inventor 2024 Help | Work features | Autodesk
    Create and use work features in the part, assembly, sheet metal, and 3D sketch environments. · Use and refer to work features in the drawing environment.
  31. [31]
    Inventor 2024 Help | About Part Feature Patterns | Autodesk
    Part feature patterns arrange features to represent symmetrical arrangements like holes, textures, slots, and notches. They can be linear or non-linear, and ...Missing: tools | Show results with:tools
  32. [32]
    Inventor 2025 Help | About Stress Analysis | Autodesk
    In Stress Analysis, there are two types of simulations: Static Analysis evaluates structural loading conditions. Modal Analysis evaluates natural frequency ...
  33. [33]
    Inventor 2025 Help | Run a simulation | Autodesk
    Analyze a model under different conditions using various materials, loads, and constraints (also called boundary conditions), and then view the results and ...
  34. [34]
    Number and types of mesh elements using FEA feature in Inventor ...
    Oct 8, 2023 · These are volumetric elements (no shell and no beam). Inventor Stress Analisis use solid tetrahedral elements of at least 2nd order.
  35. [35]
    Inventor 2014 Help: Safety Factor
    You can calculate a factor of safety as the ratio of the maximum allowable stress to the equivalent stress (von-Mises), when using Yield Strength.
  36. [36]
    Inventor Nastran 2025 Features - Autodesk
    Inventor Nastran 2025 features include heat transfer analysis, automated drop tests, advanced material models, linear static, and bolt connectors.
  37. [37]
    Inventor 2025 Help | About Preparing for Dynamic Simulation
    To simulate the dynamic motion of an assembly, define mechanical joints between the parts and add forces (internal, external, or both) on the parts.
  38. [38]
    Inventor 2025 Help | About Simulations | Autodesk
    The more effort you have put into defining joints and the physical environment, the more accurate your results are. To run or review simulation motion, you can:.
  39. [39]
    Inventor 2025 Help | How to analyze frames using Frame Analysis
    Use the Frame Analysis environment to perform basic analysis of frame structures. Also use it to define boundary conditions (constraints and loads) and ...
  40. [40]
    Inventor 2024 Help | Frame Analysis Overview | Autodesk
    Structural static and modal analysis of one or more simulation studies. · Automatic adaptive features for controlling accuracy of results. · Large selection of ...
  41. [41]
    stress analysis weld - Autodesk Forums
    Jun 30, 2022 · Inventor Stress Analysis is not able to perform weldment analysis. As the warning indicates, please suppress the weld beads before proceeding the analysis.
  42. [42]
    Inventor 2025 Help | 2025.3 Update - Autodesk product documentation
    What's New in Inventor 2025 · What's New for Previous Releases. Inventor ... Add-Ins - Simulation - Dynamic Simulation. Improved stability in Dynamic ...
  43. [43]
    Inventor 2025 Help | Frame Analysis Settings - Solver tab | Autodesk
    What's New: 2021. Frame Analysis solver settings are applicable to all simulations. Whenever a new simulation is started these preferences are used.
  44. [44]
    Section 14: Nonlinear Static Analysis | Autodesk
    Nonlinear static analysis involves behaviors like changing load distribution, material properties, and gaps. It includes geometric, material, and boundary ...Missing: bolt | Show results with:bolt
  45. [45]
    Autodesk Inventor: What Is It Used For? - TPM
    Mar 16, 2022 · With an initial release date of September 20, 1999, Inventor was Autodesk's significant breakthrough into 3D modeling software. Before ...
  46. [46]
    Autodesk Announces Rapid Acceptance of Autodesk Inventor 11
    May 24, 2006 · Released last quarter, as part of the comprehensive Autodesk Manufacturing Solution, Autodesk Inventor 11 has been well-received from both ...Missing: R11 | Show results with:R11
  47. [47]
    Autodesk's 2008 Line of Software Release Schedule
    Feb 23, 2007 · That's what it'll seem like during March and April. Here's the dates ... 2008 Revit Structure 2008 Tuesday, April 10 Autodesk Inventor 2008...
  48. [48]
    Inventor 2025 Updates - Autodesk product documentation
    The Inventor updates are cumulative and include all fixes from previous updates up to the stated prerequisite. Note: Uninstalling an update should silently ...Missing: history early
  49. [49]
    Inventor 2025 is now released - Forums, Autodesk
    Mar 27, 2024 · Autodesk Inventor Professional 2025 is now released. It delivers professional grade capabilities that will assist in creating detailed designs with speed and ...
  50. [50]
    [PDF] Complex and Organic Shapes Using Surfacing and Free-form Tools ...
    Freeform modeling uses T-Splines surfaces which are actually considered enhanced NURBS surfaces. T-Splines technology generates surfaces with fewer points in ...
  51. [51]
    Inventor 2024 Help | Understanding AnyCAD | Autodesk
    Introduction to AnyCAD. AnyCAD is introduced since Inventor 2016, it not only means to consolidate the import process for any other CAD file formats that ...
  52. [52]
    Inventor 2017: Shape Generator Tutorial - Autodesk Blogs
    Apr 19, 2016 · When we introduced Shape Generator in the 2016 R2 release of Autodesk Inventor last year, that is exactly what we set out to do. Shape ...
  53. [53]
    Autodesk Inventor: 18 Years of Innovation
    Sep 1, 2017 · Inventor 2018, which was launched in March, was built around customer feedback and included a healthy mix of new functionality and enhancements.
  54. [54]
    Cloud connected workflow for Inventor - YouTube
    Jul 16, 2020 · Understand how Inventor can be connected to utilise cloud technologies Inventor and the cloud Fusion 360 AnyCAD Connecting Inventor to the ...
  55. [55]
    Generative Design AI Software - Autodesk
    Autodesk AI streamlines design and manufacturing by automatically constraining sketches, automating drawing creation, and accelerating CNC toolpath programming— ...
  56. [56]
    Inventor 2025 Help | Overview - Autodesk product documentation
    Our improved IFC import interface enables you to import only the necessary geometry and metadata for a specific project. This interface now includes ...
  57. [57]
    https://www.youtube.com/watch?v=kVGW_AbKKHM
  58. [58]
    Previous Product Versions | Support Lifecycle - Autodesk
    An active subscription plan without lapse indicates that you can continue to use a previously installed and activated version, even if it has reached end of ...
  59. [59]
    Autodesk Access displays updates for uninstalled software
    Jul 22, 2025 · Autodesk Access will generally remove updates for uninstalled products within a few minutes of the uninstall.
  60. [60]
    Autodesk Account Basics | Previous Product Versions | Available ...
    Some previously released versions of Autodesk software are available as a benefit when you subscribe to a current version of Autodesk software.
  61. [61]
    Get Prices & Buy Official Inventor Nesting 2025 - Autodesk
    Autodesk Inventor Nesting: Optimize material yield with true-shape nesting tools. Available only as part of the Product Design & Manufacturing Collection.
  62. [62]
    Changes to the Autodesk Inventor family of products FAQ
    Nov 6, 2020 · After May 7th, 2021, you can no longer renew a maintenance plan or subscription for Inventor LT, Inventor LT Suite, or Inventor.
  63. [63]
    Engine Lifecycle Policy | Automation API - Autodesk Platform Services
    Inventor engine versions ; Autodesk.Inventor.2018, March 30, 2017, March 29, 2021, October 30, 2023 ; Autodesk.Inventor.2019, March 30, 2018, March 29, 2022 ...Missing: timeline | Show results with:timeline
  64. [64]
    Autodesk Details Subscription Transition for New Software Licenses
    Feb 4, 2015 · Autodesk customers who have purchased perpetual licenses prior to February 1, 2016 will be able to continue to use those licenses, and ...
  65. [65]
    Autodesk Inventor Software | See Pricing | Buy Now
    Buy Inventor · $2,585 /paid annually · $320 /paid monthly.
  66. [66]
    Included software in the Product Design & Manufacturing Collection
    The price of an annual Product Design and Manufacturing Collection subscription is $3,375 and the price of a monthly Product Design and Manufacturing ...
  67. [67]
    Autodesk Student Access to Education Downloads
    Explore free Autodesk software for students, educators, and educational institutions. Download your favorite Autodesk software, including AutoCAD, Revit, ...Autodesk Inventor · Autodesk Inventor CAM · Autodesk CFD · Autodesk AliasMissing: editions | Show results with:editions
  68. [68]
    What are the best file formats to import into Inventor - Autodesk
    Oct 8, 2023 · What are the best file formats to import into Inventor? Solution: SAT / ACIS; STP / STEP. Inventor can open and reference many other file ...<|separator|>
  69. [69]
    Inventor 2025 Help | About Saving and Exporting Data | Autodesk
    Formats Supported for Save and Export ; Assembly files. IAM. DWG, DWF, DWFx, IGES, JT, OBJ, SAT, STEP, STL, CATIA V5 (.CATProduct), Parasolid Binary (.x_b), ...
  70. [70]
    Inventor 2025 Help | About AnyCAD for Inventor | Autodesk
    AnyCAD for Inventor allows you to reference a part or assembly file that is one year newer than the version you are on.
  71. [71]
    About Finding and Healing Errors in Imported Data | Autodesk
    You can check and repair the data after import. If you check the data during translation or check the option to import into the repair environment, the data is ...Missing: validation post-
  72. [72]
    Available file types and versions for Import and Export in Inventor
    Apr 7, 2025 · It is possible to save or export data from Inventor in several formats. List of built-in translators for import and export (may vary from release to release).Missing: native | Show results with:native
  73. [73]
    What's New in Inventor 2025 | Autodesk
    Learn about new features in the latest release of Autodesk Inventor. For technical details, see the release notes.Missing: analysis | Show results with:analysis
  74. [74]
    Inventor 2025 Help | To Export Building Components | Autodesk
    To export, go to Environments tab > BIM Content > Export Building Components. Export as RFA, IFC, or ADSK. You may need to simplify complex models.
  75. [75]
    Inventor 2025 Help | Revit Interoperability Enhancements | Autodesk
    The AEC Properties command is now added to the Inspect tab in the ribbon for assemblies, allowing you to easily view the imported Properties of IFC files.Missing: JT PRC
  76. [76]
    Inventor 2025 Help | To Use Pack and Go to Package Files | Autodesk
    Pack and Go archives a file structure, copying files with links. To use, locate the file, select 'Pack and Go', specify destination, and start packaging.
  77. [77]
    Inventor 2024 Help | About Packaging Files with Pack and Go
    Pack and Go packages an Autodesk Inventor file and its referenced files into a single location, copying them to a new destination.
  78. [78]
    Autodesk Product Design & Manufacturing Collection (PDMC)
    In stock Free deliveryAnnual subscription. $282/month. Paid annually. Most popular ; Monthly subscription. $420. Paid monthly ; Select term. 1 year. 3 year ; Save on the products you ...
  79. [79]
    AutoCAD and Inventor Work Better Together | 2D and 3D CAD
    AutoCAD and Inventor work together by importing AutoCAD geometry into Inventor for 3D models, and reusing Inventor data in AutoCAD for 2D workflows.
  80. [80]
    About Inventor and Fusion 360 Interoperability | Autodesk
    A Fusion Team account is required to share Inventor part files with Fusion 360. You are asked to choose a Team and project when you send a file to Fusion 360.
  81. [81]
    Integration of Autodesk Inventor and Vault Professional data ...
    In order to manage and view data, Autodesk Vault Professional and Vault Office products have been customized so that the customer's ERP system can read them, ...
  82. [82]
    What's New: Product Design and Manufacturing Collection
    Apr 11, 2018 · Product Design and Manufacturing Collection now includes a lot more capability and flexibility with additional specialized toolsets plus web and mobile access.
  83. [83]
    Inventor and Revit interoperability - Autodesk
    This module teaches you how to utilize the latest Inventor and Revit interoperability workflows to coordinate design activities completed by manufacturing and ...
  84. [84]
    About Industry Foundation Class (IFC) for Inventor | Autodesk
    Inventor opens an IFC file and places the elements in an Inventor assembly. Inventor imports IFC data according to the options you choose in the Import dialog.
  85. [85]
    What's a Common Data Environment (CDE)? - Digital Builder
    Nov 5, 2024 · A common data environment is a digital hub where information comes together as part of a typical building information modeling (BIM) workflow.Why Adopt a Common Data... · Attributes of a Common Data...
  86. [86]
    Linking to Inventor and AutoCAD Electrical Projects | Autodesk
    When you create a link between an AutoCAD Electrical and an Inventor project, the project files become associative: Design data changes made in one product are ...<|control11|><|separator|>
  87. [87]
    Getting Started with Inventor's API - Autodesk product documentation
    Inventor's API allows programs to perform operations like the software, accessed via Microsoft's Automation, using languages like Visual Basic, C#, and Python.How Do I Access The Api? · Automation Programming... · Object Browser
  88. [88]
    Inventor API | Autodesk Platform Services (APS)
    Autodesk Inventor® is a versatile software platform for creating custom mechanical design applications and seamless integration with manufacturing workflows.
  89. [89]
    Inventor 2025 Help | Advanced iLogic Techniques Reference
    You can write iLogic rules using only Inventor parameter assignment statements, predefined iLogic functions, and simple VB.NET code.
  90. [90]
    Inventor iLogic Best Practices and Fundamentals for Success
    iLogic is a functionality of Inventor that allows users and administrators to create logic in the form of VB.net to accomplish tasks.
  91. [91]
    How to automate process of exporting BOM from a few hundred ...
    Jul 17, 2025 · Create and iLogic rule in .txt file, that will have a task to export each active document BOM into the desired file format allowed by API.Missing: generation | Show results with:generation
  92. [92]
    Inventor 2025 Help | About Event Triggers and iTriggers | Autodesk
    You can set event triggers to run rules according to specific events that occur in Inventor documents (parts, assemblies, or drawings).Missing: custom behaviors<|separator|>
  93. [93]
    Inventor 2025 Help | To Work with Event Triggers in iLogic | Autodesk
    Use the Events Triggers dialog box to map a rule to an event so that the rule will run automatically when the event occurs.Missing: custom | Show results with:custom
  94. [94]
    Inventor 2025 Help | To Work with iFeatures | Autodesk
    Create an iFeature from an iPart or from a set of features and specify the geometry that is used to position it on a part. You can edit iFeature files, ...
  95. [95]
    Autodesk Certified Apps
    Certified apps for Inventor · Computer-aided manufacturing (CAM) · Specialized design tools · Data management · Sheet metal design and machining · Productivity.Missing: add- | Show results with:add-
  96. [96]
    Plugins and Add-ons for Inventor - Autodesk App Store
    Created by the community for the community, Autodesk App Store for Autodesk Inventor helps you achieve greater speed, accuracy, and automation from concept to ...
  97. [97]
    Simple introduction to Automation API for Inventor
    Nov 5, 2018 · The Automation API for Inventor uses engines, app bundles, activities, and work items. It requires Inventor SDK, Visual Studio, and an HTTP ...
  98. [98]
    Integration between ERP software and Inventor CAM - Autodesk
    Oct 8, 2023 · The integration between ERP software and Inventor CAM can be done in different ways: Using Inventor API to extract cam data; those data can be ...
  99. [99]
    Autodesk Certified Apps SAP PLM Interface to Inventor
    The CIDEON SAP PLM Interface to Inventor makes Inventor design data available to the company at an early stage, when Product Lifecycle Management begins.Autodesk Certified App · Benefits · App Details