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Gabriel Clark
Gabriel Clark

Inventor Nesting 2017: Tips, Tricks, and Troubleshooting with X-force Keygen 2017


What is Inventor Nesting 2017?




Inventor Nesting 2017 is a software that is integrated within Inventor Professional and helps you optimize yield from flat raw material. It is used by designers and engineers who need to produce an efficient nest for components that are cut from flat raw material. You can create a nest by selecting an INEST template and extracting shapes from a file. You can also compare nesting studies, export 3D models or DXF files, and work with different materials and packaging options. Inventor Nesting has a ribbon tab and a browser within Autodesk Inventor that show the elements of a nesting file.




Inventor Nesting 2017 with x-force keygen 2017


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Why use Inventor Nesting 2017?




Inventor Nesting 2017 has many benefits for users who want to save time, money, and resources when cutting flat materials. Some of the benefits are:


  • It supports various file formats such as IPT, IAM, DXF, DWG, and non-native files. You can import files from different sources and extract shapes for nesting.



  • It allows you to edit nesting properties for each shape, such as quantity, orientation, rotation, spacing, priority, and more. You can also assign materials and colors to each shape for easy identification.



  • It generates a nesting study based on your settings and preferences. You can see the nesting results in a graphical view or a table view. You can also see the statistics such as material utilization, total area, total cost, and more.



  • It lets you compare different nesting studies and see the differences in terms of efficiency, cost, or area. You can also create multiple sheets for each study if needed.



  • It enables you to export your nesting results as 3D models or DXF files. You can also export a bill of materials (BOM) or a report as an Excel file. You can use these files for further processing or documentation.



  • It integrates with other Autodesk products such as AutoCAD, Fusion 360, Advance Steel, Factory Design Utilities, and more. You can use these products to enhance your workflow and collaboration.



How to get started with Inventor Nesting 2017?




To use Inventor Nesting 2017, you need to have Inventor Professional installed on your computer. You also need to have a valid license for the Product Design & Manufacturing Collection (PDMC) or the Product Design Collection (PDC). You can download the software from the Autodesk website or use the Autodesk Desktop App. To activate the software, you need to use the x-force keygen 2017, which is a tool that generates activation codes for Autodesk products. Here are the steps to install and activate Inventor Nesting 2017 using x-force keygen 2017:


  • Run the setup file of Inventor Nesting 2017 and follow the instructions to install the software. You can choose to install it as a standalone product or as part of a product suite.



  • When the installation is complete, run Inventor Nesting 2017 and click on Enter a Serial Number. Enter one of the following serial numbers: 666-69696969, 667-98989898, 400-45454545, 066-66666666. Then, enter the product key for Inventor Nesting 2017, which is 977I1. Click on Next.



  • Click on Request an activation code using an offline method and click on Next. Copy the Request Code that appears on the screen.



  • Download and run x-force keygen 2017 as administrator. You can find it online from various sources, such as , , or . Make sure to disable your antivirus and internet connection before running it.



  • Select Autodesk Inventor Nesting 2017 from the Product list and click on Patch. You should see a message saying "Successfully patched".



  • Paste the Request Code that you copied earlier into the Request field in x-force keygen 2017 and click on Generate. You should see an Activation Code in the Activation field.



  • Copy the Activation Code and paste it into the Enter your activation code here field in Inventor Nesting 2017. Click on Next. You should see a message saying "Thank you for activating your Autodesk product". Click on Finish.



  • Congratulations, you have successfully installed and activated Inventor Nesting 2017 using x-force keygen 2017. You can now start using the software to create efficient nests for your flat materials.



How to create a nest in Inventor Nesting 2017?




To create a nest in Inventor Nesting 2017, you need to have a nesting file that contains the shapes that you want to nest. You can create a nesting file by selecting an INEST template and extracting shapes from a CAD file. Here are the steps to create a nest in Inventor Nesting 2017:


  • Open Inventor Nesting 2017 and click on New. Select an INEST template from the list and click on OK. You should see a new nesting file in the browser with a default sheet size and material.



  • To import a CAD file that contains the shapes that you want to nest, click on Import CAD File in the ribbon. Browse to the location of your file and select it. You can import files with formats such as IPT, IAM, DXF, DWG, or non-native files. Click on Open.



  • To extract shapes from the imported file, click on Extract Shapes in the ribbon. Select one or more shapes from the graphics window or from the browser. You can use filters to select shapes by type, material, color, or layer. Click on OK.



  • To edit nesting properties for each shape, select a shape from the browser and go to the Properties panel. You can change properties such as quantity, orientation, rotation, spacing, priority, and more. You can also assign materials and colors to each shape for easy identification.



  • To generate a nesting study based on your settings and preferences, click on Generate Nest in the ribbon. You should see a nesting study in the browser with a graphical view and a table view of the nesting results. You can also see statistics such as material utilization, total area, total cost, and more.



How to compare and export nesting results in Inventor Nesting 2017?




To compare and export nesting results in Inventor Nesting 2017, you need to have at least one nesting study in your nesting file. You can create multiple nesting studies by changing your settings and preferences and generating new nests. Here are the steps to compare and export nesting results in Inventor Nesting 2017:


  • To compare different nesting studies, select two or more studies from the browser and click on Compare Studies in the ribbon. You should see a comparison table that shows the differences in terms of efficiency, cost, or area. You can also see a graphical view of each study and switch between them using the tabs.



  • To export your nesting results as 3D models or DXF files, select a nesting study from the browser and click on Export Nest in the ribbon. You can choose to export the entire study or individual sheets. You can also choose the file format and the destination folder.



  • To export a bill of materials (BOM) or a report as an Excel file, select a nesting study from the browser and click on Export BOM or Export Report in the ribbon. You can choose to include or exclude certain columns and fields in the Excel file.



  • To work with different materials and packaging options, select a nesting study from the browser and click on Material or Packaging in the ribbon. You can change the material type, thickness, density, cost, and color for each sheet. You can also change the packaging type, size, weight, and cost for each sheet.



Tips and tricks for using Inventor Nesting 2017




Inventor Nesting 2017 is a powerful and versatile software that can help you create efficient nests for your flat materials. However, there are some tips and tricks that can help you improve your nesting efficiency and quality. Here are some of them:


How to customize your nesting settings and preferences in Inventor Nesting 2017?




Inventor Nesting 2017 allows you to customize your nesting settings and preferences according to your needs and preferences. You can access these settings by clicking on Settings in the ribbon. Here are some of the settings that you can customize:


  • Nesting Parameters: You can adjust parameters such as sheet margin, part spacing, part rotation, part alignment, common line cutting, remnant creation, and more. These parameters affect how the shapes are arranged on the sheet and how much material is saved or wasted.



  • Units: You can change the units for length, area, mass, density, cost, and more. You can also change the precision and format for each unit.



  • Colors: You can change the colors for different elements such as sheet background, sheet border, part fill, part outline, part label, part quantity, part orientation, common line cutting, remnant creation, and more. These colors help you visualize and identify different elements on the sheet.



  • Labels: You can change the labels for different elements such as part name, part quantity, part orientation, sheet name, sheet number, sheet size, sheet material, sheet cost, sheet area, sheet utilization, and more. These labels help you provide information and documentation for each element on the sheet.



How to use advanced features in Inventor Nesting 2017?




Inventor Nesting 2017 has some advanced features that can help you create more complex and customized nests for your flat materials. Here are some of these features:


  • Remnant Creation: You can create remnants from unused portions of the sheet that can be used for future nests. You can specify the minimum size and shape of the remnants that you want to create. You can also export remnants as 3D models or DXF files.



  • Manual Nesting: You can manually move or rotate shapes on the sheet to optimize your nest. You can use commands such as Move Part, Rotate Part, Align Part, Snap Part, Flip Part, Mirror Part, Copy Part, Delete Part, and more. You can also use the Manual Nesting toolbar to access these commands.



  • Common Line Cutting: You can reduce the number of cuts and the cutting time by sharing a common edge between two or more shapes. You can enable or disable common line cutting for each shape or for the entire nest. You can also adjust the common line cutting parameters such as offset, tolerance, and angle.



  • Sheet Layout: You can change the layout of the sheets in your nesting study. You can arrange the sheets horizontally, vertically, or in a grid. You can also change the spacing and alignment of the sheets.



  • Sheet Preview: You can preview how your sheets will look like when they are cut from the flat material. You can see the cut lines, the part outlines, the part labels, and the sheet information. You can also zoom in or out, pan, or rotate the sheet preview.



How to troubleshoot common issues in Inventor Nesting 2017?




Inventor Nesting 2017 is a reliable and stable software that works smoothly with most systems and files. However, sometimes you may encounter some issues that affect your nesting performance or quality. Here are some of the common issues and how to troubleshoot them:


  • Missing Thumbnails: If you do not see thumbnails for your imported files or extracted shapes, you may need to update your graphics card driver or change your graphics settings. You can also try to regenerate thumbnails by right-clicking on the file or shape and selecting Regenerate Thumbnail.



  • Slow Performance: If your nesting process is slow or lagging, you may need to optimize your system resources or reduce the complexity of your files or shapes. You can also try to close other applications or programs that are running in the background or restart your computer.



  • Crashes: If your Inventor Nesting 2017 crashes or freezes, you may need to check for updates or patches for the software or your operating system. You can also try to repair or reinstall the software or contact Autodesk support for assistance.



Conclusion




Inventor Nesting 2017 is a software that helps you optimize yield from flat raw material by creating efficient nests for components that are cut from flat raw material. It has many features and benefits that make it a powerful and versatile tool for designers and engineers who need to produce an efficient nest for components that are cut from flat raw material. You can use Inventor Nesting 2017 to import CAD files, extract shapes, edit nesting properties, generate nesting studies, compare nesting results, export 3D models or DXF files, work with different materials and packaging options, and more. You can also customize your nesting settings and preferences, use advanced features such as remnant creation, manual nesting, common line cutting, and more. You can also troubleshoot common issues such as missing thumbnails, slow performance, or crashes.


If you want to learn more about Inventor Nesting 2017, you can visit the official website, watch some tutorials, read some blogs, or join some forums. You can also download a free trial or buy a subscription from Autodesk. Inventor Nesting 2017 is a software that can help you save time, money, and resources when cutting flat materials. Try it today and see how it can improve your nesting efficiency and quality.


FAQs




  • What are the system requirements for Inventor Nesting 2017?



Inventor Nesting 2017 has the same system requirements as Inventor Professional 2017. You need to have a 64-bit operating system (Windows 7 SP1, Windows 8.1, Windows 10), a processor with at least 3 GHz speed (4 GHz recommended), a memory of at least 8 GB RAM (20 GB recommended), a disk space of at least 40 GB (100 GB recommended), a graphics card with at least 1 GB RAM (4 GB recommended), and an internet connection for activation and updates.


  • What are the limitations of Inventor Nesting 2017?



Inventor Nesting 2017 has some limitations that you should be aware of before using it. Some of these limitations are:


  • It only supports flat raw materials such as sheet metal, wood, plastic, glass, etc.



  • It only supports rectangular sheet sizes up to 10 m x 10 m



  • It only supports shapes that are planar and have no holes, gaps, or overlaps.



  • It does not support nesting of 3D shapes or assemblies.



  • It does not support nesting of curved shapes or shapes with curves.



  • It does not support nesting of shapes with different thicknesses or materials.



These limitations may affect your nesting results and quality. You may need to use other software or methods to overcome these limitations.


  • How to update Inventor Nesting 2017?



To update Inventor Nesting 2017, you can use the Autodesk Desktop App or the Autodesk Account website. You can check for updates, download updates, and install updates using these methods. You can also enable automatic updates to get the latest features and fixes for Inventor Nesting 2017.


  • How to get help and support for Inventor Nesting 2017?



To get help and support for Inventor Nesting 2017, you can use the following resources:


  • The Help menu in Inventor Nesting 2017. You can access the online help, the user guide, the tutorials, the forums, the feedback, and the contact information from this menu.



  • The Autodesk Knowledge Network website. You can find articles, videos, blogs, webinars, events, and more related to Inventor Nesting 2017 on this website.



  • The Autodesk Community website. You can join discussions, ask questions, share ideas, and learn from other users and experts on this website.



  • The Autodesk Support website. You can submit a support request, chat with an agent, call a representative, or find a local partner on this website.



  • What are some alternatives to Inventor Nesting 2017?



If you are looking for some alternatives to Inventor Nesting 2017, you may want to consider the following software:


  • Fusion 360: This is a cloud-based software that integrates CAD, CAM, CAE, and PCB design. It has a nesting feature that allows you to optimize material usage and reduce waste for sheet metal parts.



  • AutoCAD: This is a software that allows you to create 2D and 3D drawings and designs. It has a nesting feature that allows you to arrange objects on a sheet to minimize material waste.



  • NestFab: This is a software that specializes in nesting for sheet metal fabrication. It has features such as automatic nesting, manual nesting, common line cutting, remnant management, and more.



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