Additive Manufacturing Project - Basic Cube Example
Tips:
Keep your design simple to start, and iterate to make more complex features.
Don't be afraid for a print to fail. It is better to try and make a mistake earlier than letting the fear of failure get in the way of trying (I'm not worried about wasting material on multiple prototypes 😀)
Project Instructions
Overview:
Transitioning from fully conceptual designs to manufacturing a product inserts many additional constraints depending on the method of production. Additionally, 3D printing is a quickly growing and expanding industry that provides many new possibilities for customized production. Using the 3D printers in class we can produce an excellent prototype of small children’s toys that a business could theoretically bring to market. Your task is to design and produce a toy.
Problem Statement:
The objective is to design and produce a 3d Puzzle that a child (5+) could play with and solve.
Problem Description:
The puzzle should have interlocking components and be complex enough to present a challenge to the user. I recommend you start with a puzzle cube, as it is the easiest to design and build. If you would like, you can create a more complex piece resulting in a pyramid, complex shape, or even an action figure.
Requirements:
At least one dimension greater than 60mm
Minimum of 5 unique pieces
The pieces must interlock in a way that the completed puzzle does not simply fall apart when handled
Material:
Wooden Blocks - For Prototyping
Makerbot Sketch 3D printers with PLA material
Onshape
Includes instructions on how to upload Onshape files into the 3D Printer for printing.
Example of a ergonomic design project. The slideshow below shows the process used to create it.
Information sources to help inform bicycle handle grip dimensions.