Uploaded May 2026 | Updated September 2026, 1 week ago
Most SOLIDWORKS users know the basics of sheet metal, but true efficiency comes from understanding bend calculations, choosing the right modeling workflow, and managing flat patterns correctly. Small changes in approach can dramatically improve accuracy, manufacturability, and modeling speed.
In this on-demand webinar, we will cover practical sheet metal tips and techniques that expand your understanding and improve real-world workflows.
Learn to build stand-alone sheet metal parts and convert conventional parts in our SOLIDWORKS Sheet Metal training course: https://hubs.la/Q04fkcQf0
#sheetmetal #solidworks #solidworkstutorial
00:00 Introduction
01:07 How Bend Calculations Work in SOLDIWORKS Sheet Metal
18:34 Different Design Approaches While Designing Sheet Metal Parts in SOLIDWORKS
32:35 How Flat Patterns Work in SOLIDWORKS
51:32 Embracing Multibody Design for Sheet Metal
01:03:18 Other Tools and Recommendations
Website: goengineer.com
Blog: goengineer.com/blog
facebook.com/goengineer
twitter.com/goengineer
linkedin.com/company/goengineer
instagram.com/goengineer
Most SOLIDWORKS users know the basics of sheet metal, but true efficiency comes from understanding bend calculations, choosing the right modeling workflow, and managing flat patterns correctly. Small changes in approach can dramatically improve accuracy, manufacturability, and modeling speed.
In this on-demand webinar, we will cover practical sheet metal tips and techniques that expand your understanding and improve real-world workflows.
Learn to build stand-alone sheet metal parts and convert conventional parts in our SOLIDWORKS Sheet Metal training course: https://hubs.la/Q04fkcQf0
#sheetmetal #solidworks #solidworkstutorial
00:00 Introduction
01:07 How Bend Calculations Work in SOLDIWORKS Sheet Metal
18:34 Different Design Approaches While Designing Sheet Metal Parts in SOLIDWORKS
32:35 How Flat Patterns Work in SOLIDWORKS
51:32 Embracing Multibody Design for Sheet Metal
01:03:18 Other Tools and Recommendations
Website: goengineer.com
Blog: goengineer.com/blog
facebook.com/goengineer
twitter.com/goengineer
linkedin.com/company/goengineer
instagram.com/goengineer










