IED Screwdriver Case Model Tutorial (Onshape)

This video tutorial guides students through creating a 3D model of a screwdriver case using Onshape. It covers setting up a new document, building the base model with tapered extrusions, adding features like lofts and fillets, creating holes, and shelling the model for material efficiency. The tutorial concludes with finalizing the model by adding text and preparing views for submission. Students are encouraged to follow along, pause, and rewind as needed.

What views are required to be submitted for the 3D model assignment?

• Left, Right, and Bottom views

• Top, Side, and Isometric views

• Front, Back, and Top views

• Front, Side, and Bottom views

What is the first step in creating the base of the model?

• Apply a fillet

• Use the loft tool

• Add a shell

• Create a new document

Which tool is used to create a tapered extrusion in Onshape?

• Shell tool

• Fillet tool

• Loft tool

• Draft tool

What is the purpose of using a plane in the modeling process?

• To establish a reference for sketches

• To create a new document

• To apply a fillet

• To add a shell

What is the function of the loft tool in Onshape?

• To create a tapered extrusion

• To connect two different shapes

• To apply a fillet

• To add a shell

Why is the shell feature used in the modeling process?

• To apply a fillet

• To hollow out the model and save material

• To add more material

• To create a solid model

What is the purpose of using the circular pattern tool?

• To create a single hole

• To apply a fillet

• To add a shell

• To replicate features in a circular arrangement

How is the depth of the holes adjusted in the model?

• By changing the extrude settings

• By using the fillet tool

• By using the loft tool

• By applying a shell

Where should you place your name on the model according to the tutorial?

• On the top of the model

• On the side of the model

• On the bottom of the model

• On the front angled section

What is the industry standard thickness for the shell feature?

• 0.5 inches

• 0.3 inches

• 0.1 inches

• 0.2 inches