Week 8 - Challenge 1 - Base Bracket Design

AIM :-

• To design a Base Bracket Plastic component through the given Class-A surface by creating a tooling axis and draft analysis of the given surface

DESIGN PROCEDURE :-

• To setup the class-A surface and to creating a tooling axis
• add draft angle
• To create a base surface of model
• To create a B-surface
• To create a C-surface and surface model of a base bracket
• To use close surface for creating a solid part model

CLASS-A SURFACE :-

TOOLING AXIS :-

• Tooling axis can be classified into two methods

1. direct method
2. bisecting method

• In this model we use bisect method based on the requirement. This method is used for complex components
• To use boundaries and make bisect the lines for creating a tooling axis
• To ensure the class-A surface is properly joined and has no discontinuity to it
• To Analyze the surface for to setup tooling axis based on best suitable angle and direction

DRAFT ANALYSIS :-

• The Drafting analysis was performed on the class-A surface by using the Feature Draft Analysis command
• Using this command, the compass was set on the main tooling axis and the Draft angle was changed to 3 degrees

CREATING CLASS-B SURFACE :-

1.RIB

• To create a rib by extract the rib faces from the class-A surface
• After extraction to untrim them for collide faces and extend up to some point
• To use Extrapolate for to extend the untrim surfaces
• To use trim tool for remove unwanted surfaces
• To offset the ribs down to 2.5 mm

2. BASE SURFACE :-

• To create a base surface and extrapolate to meet the ribs for remove unwanted surface

• Base surface with ribs after the trim the unwanted surfaces

B-SURFACE

CREATING C- SURFACE :-

• To create a boundary on the class-A surface and use sweep for extended throughout the B-surface for creating a surface model
• Similarly holes also created by using swept tool along tooling axis

SURFACE MODEL OF A BASE BRACT :-

SOLID MODEL OF A BASE BRACT :-

TREE SHOTS :-

CONCLUSION :-

• To use class-A surface and create Tooling axis, Draft analysis were performed
• The solid component was created from the surface model