Cone Inventor Sheet Metal

The flat pattern can be used to document and manufacture associatively as the design changes.

Cone inventor sheet metal.

It allows you to determine either the size of raw material needed or the number of gore sections to fit on your available material. When cleared the body is consumed by the convert to sheet metal feature. Simply use care to create valid geometry. Sheet metal bend zone edit reference edits the bend radius and unfold rule for a bend within a specified bend zone of a lofted flange.

When flattened this creates a swept angle measured between the flat cut ends of the plate of more than 180 degrees. Use all of the tools in your inventor toolbox to create the geometry you need. Sheet metal bend zone edit specifies the facet control type and parameter for a bend zone within a lofted flange feature. Sheet metal lofted flange dialog box creates a shape between two sketched profiles.

The bug seems to be with a cone that has an included developed angle of more than 60 degrees. Understanding the rules for inventor sheet metal opens up the entire toolbox of tools rather than limiting the user to those tools designated as sheet metal. The layout may either be done on the material. Select a face as the fixed face for the sheet metal part.

Sheet metal design software considers the fabrication methods needed for manufacturing. View the cone instructions below to learn how to manually layout the flat pattern for a truncated cone in single or multiple gore sections. The curved steel cone calculator from chicago metal rolled products makes it easy to find the precise curved steel cone dimensions you need. Select keep body if you want to keep the solid body to use in another convert to sheet metal feature.

Set the sheet thickness and default bend radius. In the example shown in the 2 videos the included angle is around 76 degrees and the flat part swept angle is around 222 degrees. Sheet metal cone calculator.