Week 8 - Challenge 3 - Coin Holder Design

• Screenshots of the Draft analysis report for Class-A surface

• Screenshots of the Draft analysis report for final plastic component

• Screenshots of the solid model with the proper color code of the draft angle in various orientations (Isometric, Front, Side, and Top View)

Expanded Tree Structure

Report -

Tooling Axis

1. Initially Ensure the Provided class is good by applying boundry if issues observed then resolve the same before proceeding ahead
2. Tooling defines the opening and closing of the core and cavity resulting the formation of mold cavity where the molten plastic is injected and allowed to cool
3. To define the tooling axis we initially sppose to check the ease of tooling axis for opening and closing of the core and cavity normal to plane for all 3 planes
4. Consider the hole, Ribs, Slots and other Enginnering to check possible Dummy tooling axis
5. After the decideing the Dummy tooling axis

6. 1	Take intersection for the one plane on Tooling axis
   2	As the one of edge were making a 90 deg angle with base we consider the dummy tooling axis at the center and normal to base surface
   3	Onwards we preceed for Class A Draft Analysis and found the considered tooling axis ohk to define
   4	For such incidents get in touch with class A designer to make such perpendicular edges some drafts
   5	as the draft analysis found ohk no need to bisect the lines

7. Use Feature draft analysis by providing pulling direction, surface, draft angle and draft angle direction
8. Green results are ok, blue results shown negative draft (for angle use colour scale)
9. Once tooling axis is ok procees the B Surface and C Surface by offseting class A Input
10. as the class c surface is perpendicular to class A at boundary hence in such cases we join the Class C With Class B
11. Onwards Join the Class B with Class A and close the surface

Attachment -

Week 8 - Challenge 3 - Coin Holder Design