![swept boss base solidworks 2017 in assembly swept boss base solidworks 2017 in assembly](https://i.ytimg.com/vi/eO0JH_0LoNA/maxresdefault.jpg)
It can easily create cut or extruded threads, alter start and end faces, or change pitch and diameter on the fly. Tap thread profile, and the type of geometry it may create.
![swept boss base solidworks 2017 in assembly swept boss base solidworks 2017 in assembly](https://i.ytimg.com/vi/cmC2MLRetko/maxresdefault.jpg)
If the thread is drawn to the right of the vertical centerline, by default the thread will extrude out of the geometry.įigure 2.The vertical centerline and origin will by default sit at the diameter of the cylinder selected.Do not have more than one sketch or closed contour in the thread profile.Some additional recommendations may make the process cleaner. (Right-click on sketch, ‘Add to Library’). The thread sketch must be added to the library.Dimension this centerline to define the pitch of the thread.Create one vertical centerline connected to the origin.Ī custom thread profile has a few requirements. Point SOLIDWORKS to the new location via Tools, Options, System Options, File Locations, Thread Profiles. Thus, if SOLIDWORKS is ever uninstalled, the user will not lose their customizations. If custom thread profiles are needed, we recommend moving this folder to a non-SOLIDWORKS location. The profile library comes with a downloaded set of profiles, generally located at C:\ProgramData\SolidWorks\SOLIDWORKS 2017\Thread Profiles. To see the thread tool in action, please watch this video. This tool creates helical, non-tapered, physical threads based on a thread profile library. SOLIDWORKS 2016 was released with the Thread tool. Figure 1 shows the dimensions of this part file.Īll methods use Tools, Evaluate, Performance Evaluation to measure rebuild times.įigure 1. This simple part file of a turned cylinder was used as the baseline for all methods. Rebuild times of cosmetic and physical thread methods. This document will prove these rebuild times and explain the various methods used to create these threads. Table 1 shows the rebuild times on a simple part with a thread created using multiple methods. Complex features, like physically modeled threads, increase the rebuild times of SOLIDWORKS part files.