Onshape from a sheet metal manufacturing point of view
December 23, 2021

Onshape from a sheet metal manufacturing point of view

Bryan Lagrange | TrustRadius Reviewer
Score 9 out of 10
Vetted Review
Verified User

Overall Satisfaction with Onshape

We use Onshape to take customer designs and convert and break them down into manufacturable components. Most are sheet metal components that are placed into sheet metal templates [that] contain the bend calculations specific to our press brakes that generate the correct flat pattern to meet the formed dimensions specified by the customer.
  • Multibody single part environment
  • Don’t need to worry about hitting the save button, because there is none. All design elements are automatically stored and can be recovered at any time.
  • Design on any device , even my phone.
  • One mate relationships in assembly.
  • Convert designs into sheet metal
  • Cloud computing
  • Some sheet metal functionality such as lofts
  • Sketch in the drawing environment
  • Formed sheet metal features such as louvers
  • Place all electronic documentation of a product in one location and can access it anytime, anywhere.
  • Share designs with customers that they can review on any device such as their phone.
  • Approve designs anywhere anytime by getting an alert on my phone and quickly opening the Onshape app to review/approve.
Quick to respond every time. Get questions answered over the phone or even in the forum. Help is given by not only techs but also by the team members creating the features of the software.
Quick, easy, painless.

Do you think Onshape delivers good value for the price?

Yes

Are you happy with Onshape's feature set?

Yes

Did Onshape live up to sales and marketing promises?

Yes

Did implementation of Onshape go as expected?

Yes

Would you buy Onshape again?

Yes

Onshape has a great multi-body part environment. If you have an assembly that is mostly static and does not have motion you can create it in its entirety in one part environment. This single environment approach allows you to easily fit components together without interferences.