Inventor Nesting 2018 (x32).torrent

Download File ===> https://shoxet.com/2tykbb

Inventor Nesting 2018: A CAD-embedded, true-shape nesting tool

Inventor Nesting 2018 is a software that allows you to optimize the use of raw materials and reduce waste by creating efficient layouts of 2D shapes on flat sheets. It is integrated with Autodesk Inventor, a powerful 3D CAD software for mechanical design and engineering.

With Inventor Nesting 2018, you can:

Create nesting studies from Inventor part and assembly files, or import DXF files.

Adjust nesting parameters such as sheet size, orientation, spacing, and quantity.

Generate nested layouts and preview the material utilization and cost estimates.

Export nested layouts as DXF files for fabrication or as reports for documentation.

Inventor Nesting 2018 is a valuable tool for anyone who needs to cut shapes from flat materials, such as sheet metal, wood, plastic, or composite. It can help you save time, money, and resources by optimizing your cutting process and reducing waste.

If you want to learn more about Inventor Nesting 2018, you can watch this webinar by Autodesk[^3^] or visit their website[^1^]. You can also download a free trial version from FileCR[^2^], but be careful of potential malware or viruses that may come with torrent files.In this section, we will explore some of the features and benefits of Inventor Nesting 2018 in more detail.

Integration with Inventor

One of the advantages of Inventor Nesting 2018 is that it is fully integrated with Inventor, the 3D CAD software from Autodesk. This means that you can create nesting studies directly from your Inventor part and assembly files, without having to export or import them to another software. You can also access the nesting tools from the Inventor ribbon, making it easy to switch between design and nesting modes.

Another benefit of the integration is that you can use the parametric modeling and associative update features of Inventor to modify your designs and see how they affect your nesting results. For example, if you change the size or shape of a part in Inventor, the nesting layout will automatically update to reflect the changes. This way, you can ensure that your nested layouts are always in sync with your design changes.

Optimization and customization

Inventor Nesting 2018 uses a true-shape nesting algorithm that can handle complex shapes and curves, as well as common shapes such as rectangles and circles. It can also nest parts within parts, or use common cuts to reduce material waste. You can adjust various nesting parameters to optimize your layouts according to your needs and preferences. For example, you can specify the sheet size, orientation, spacing, quantity, priority, and rotation of the parts. You can also apply different nesting strategies such as best fit, minimum waste, or maximum parts.

In addition to the optimization options, you can also customize your nested layouts by manually moving, rotating, or deleting parts. You can also add labels, dimensions, or annotations to your layouts for identification or documentation purposes. You can also create custom reports that show the material utilization, cost estimates, part list, or other information that you need. 061ffe29dd