54- Curve Driven Pattern for Features - SOLIDWORKS Surfacing for Industrial Design

15- Adding the Dome - SOLIDWORKS Advanced Surface Modeling

14- Creating the Label Insert - SOLIDWORKS Advanced Surface Modeling

13- Adding the Spout and Fillets - SOLIDWORKS Advanced Surface Modeling

12- Making the Surface Model into a Solid - SOLIDWORKS Advanced Surface Modeling

11- Bottle Neck and Bottom - SOLIDWORKS Advanced Surface Modeling

10- Blending the Handle Bottom - SOLIDWORKS Advanced Surface Modeling

9- Blending the Handle Top - SOLIDWORKS Advanced Surface Modeling

8- Blending the Front and Back Faces - SOLIDWORKS Advanced Surface Modeling

22: PHYSICS - Energy Diagrams

7- Making the Handle - SOLIDWORKS Advanced Surface Modeling

6- Trimming the Surfaces - SOLIDWORKS Advanced Surface Modeling

Unleash Your Creativity with the PRUSA MK4: Precision, Power, and Performance

Unboxing the PRUSA MK4 - 3D Printer

5- Making the Back Surface - SOLIDWORKS Advanced Surface Modeling

4- Making the Label Surfaces - SOLIDWORKS Advanced Surface Modeling

3- Creating the Front Surface- SOLIDWORKS Advanced Surface Modeling

2- Developing a Strategy - SOLIDWORKS Advanced Surface Modeling

21: PHYSICS - Potential Energy

12- Changes to Master Model - SOLIDWORKS Advanced Part Design - Smartphone Case

10- Creating the Case Part 1 - SOLIDWORKS Advanced Part Design - Smartphone Case

9- Insert Master Model - SOLIDWORKS Advanced Part Design - Smartphone Case

20: PHYSICS - Conservative Forces

8- Surface Extrudes - SOLIDWORKS Advanced Part Design - Smartphone Case

7- Swept Surface Clearance Planes - SOLIDWORKS Advanced Part Design - Smartphone Case