Buy cheap Autodesk Inventor Professional 2019 64bit with 2019.3 Update
|Autodesk Inventor Professional 2018 x64||$75|
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|Inventor Professional 2015 x32+x64||$60|
|Inventor Professional 2014 x32+x64||$60|
|Inventor Professional 2013 x32+x64||$60|
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Autodesk HSM Ultimate 2019 Add-on for Inventor, Inventor Pro 2017-2019 x64 with 2019.3 Update
|Autodesk HSM Ultimate 2018 Add-on for Inventor, Inventor Pro, Inventor LT 2016-2018 x64 (formerly Inventor HSM Pro)||$75|
|Autodesk Inventor HSM Pro 2017 (incl. Autodesk Inventor Pro 2017) x64||$100|
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|Autodesk Inventor HSM (Pro) 2017 Add-on for AutoDesk Inventor (Pro) 2014-2017 x64||$65|
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|Inventor HSM 2015 x64||$60|
Inventor HSM Take advantage of the best-in-class toolpath strategies for 2.5D, 3D and 3+2 milling applications. Inventor HSM software not only provides all the conventional machining strategies, but it also generates smooth linking moves that reduce machining time and increase machine and tool life. Each Inventor HSM 2015 license includes a license of Inventor 2015 software, offering you a complete CAD/CAM package with a truly integrated design-to-manufacturing experience.
Autodesk Inventor is a comprehensive set of solutions for 3D-engineering design and documentation, development of cable and piping systems, design of injection molds and testing the performance of developed products.
Thanks to Inventor, engineers can integrate AutoCAD drawings and other 2D-data into a single model, creating a virtual representation of the final product. Checking shape tolerances and functionality implemented by means of software to run long products in production.
Inventor includes a full set of flexible tools for 3D-engineering design, analysis, production, creation of tooling, design, custom and exchange design data. Inventor helps move beyond 3D to Digital Prototyping by based on having a highly accurate 3D-model, which allows you to design, visualization and analysis of products before, as will be made the first sample. Digital Prototyping implemented in software, makes it possible to improve the quality of products, reduce development costs and accelerate time to market.
Inventor includes simple to use and is closely cooperating with each other means of dynamic analysis and stress analysis, which helps to investigate the behavior of parts and products in real world conditions, and faster time to market high-quality products. In the Inventor automates key aspects of the design of injection molds for plastic parts, as well as the layout of complex piping and cable networks. With these features, reducing the risk of errors and increasing the competitiveness of their products.
Engineering design productivity
Freeform modeling shape creation
Model organic shapes and incorporate freeform and parametric workflows into a single model. These tools provide an alternate modeling approach to explore and create freeform shaped models using direct manipulation. Start with a freeform shape that best represents the desired geometry (box, sphere, cylinder, torus, or quadball). Then use the freeform edit tools to adjust the shape.
Large assembly design (enhanced)
Speed the creation, management, and documentation of large complex assembly designs. Inventor combines design accelerators with assembly tools, so you can be sure that every part and component in an assembly design fits correctly.
Accurately validate interference and mass properties to help produce quality products the first time. The improved Express Mode and a greatly enhanced graphic performance help to provide faster results.
Sketch constraint control (enhanced)
Get your sketches in shape faster and more easily with new constraint tools and settings. With the new Relax Mode you can modify geometries that are already constrained. You gain greater control over constraints with improved display, inference, and delete options. Sketch constraints-related settings have also been reorganized into a single Constraint Settings command.
Customizable Inventor Home
Customize the new Inventor Home to easily access common tasks.
Inventor Home functions like a personal dashboard, providing:
Basic or full template display
Most recently used file list displaying rich information in the tooltip
Expanded list of recently used files
Ability to pin a file you are working on to make it easy to locate
Tabs at the bottom to switch to specific file areas
Fast Access to Team Web, Help, and the Tutorial learning path
Tutorial learning and search
Interactive tutorials teach the basics of sketches and parts, assemblies, and drawings. Tutorials enable new users to experience a complete workflow from beginning to end and track their learning progress.
The enhanced search capability now provides results for commands, help articles, support content, blogs, and discussion groups, as well as YouTube posts, with a single click.
Sheet metal design
Simplify sheet metal design and complex mechanical part design, and improve your productivity with Digital Prototyping.
Manufacturing engineers can also use the flat-pattern editing environment to tweak flat patterns to help minimize manufacturing costs.
Sheet metal design features include:
Sheet metal styles, flanges, fasteners, and manufacturing drawings
Assembly design and ease of assembly
Control data for large assembly designs to work on the components for just part of the design. Define position and describe part motion in one step. Combine design accelerators with assembly tools to be sure that every part and component in an assembly design fits correctly.
Accurately validate interference and mass properties to help produce quality products the first time. Quickly assemble individual parts and subassemblies to define the complete product structure.
Layout and system design
Dynamic sketch blocks enable you to evaluate concepts and convert sketches into a fully constrained 3D assembly model to form a 3D digital prototype.
Design accelerators offer the fastest way to add the remaining components, such as drive mechanisms, fasteners, steel frames, and hydraulic systems. Move your initial design studies from paper by using the parametric design environment to develop initial concept sketches and kinematic models, and rapidly investigate multiple design concepts.