Hardware Product Development

Innovative Design Solutions for Hair Care

Revolutionizing hair care through advanced design, research and product development, to make it hassle-free.

University of Michigan, Ann Arbor
November 2023
Neck muscle model demonstration

Revolutionizing Hair Care Through Engineering

In the realm of hardware product development, innovation often emerges from solving everyday problems with precision engineering. Consider the common frustration of applying hair oil—messy hands, wasted product, and uneven distribution. This challenge becomes the catalyst for groundbreaking biomechanical design solutions that transform routine experiences into seamless interactions.

Through analytical product design methodologies and advanced manufacturing techniques, we explore how engineering principles intersect with user-centered design to create products that not only function flawlessly but enhance the quality of everyday life. Our case study demonstrates the complete hardware development lifecycle—from conceptualization to prototyping and testing.

Introducing Mane Magic

Mane Magic represents a revolutionary leap in hair care technology, employing sophisticated roller-ball mechanisms for precise oil distribution. This innovative device eliminates the traditional method of squirting product onto hands, instead delivering controlled flow directly to hair roots where it's most effective.

Key Engineering Features:

  • Precision roller-ball dispensing system
  • Ergonomic handle design for optimal grip
  • Controlled flow mechanism preventing spillage
  • Integrated massage functionality
Mane Magic Hair Oil Applicator Device - Exploded View

Mane Magic Hair Oil Applicator - Complete Assembly

Development Process & Engineering

CAD Design

Advanced computer-aided design for precise component modeling and assembly optimization

3D Printing

Rapid prototyping using additive manufacturing for iterative design validation

Hand Tools

Precision assembly and finishing using specialized mechanical tools

Engineering Process

1

Problem identification and user research analysis

2

Conceptual design and biomechanical analysis

3

CAD modeling and simulation testing

4

Prototype development and iterative refinement

Hair Oil Applicator Development Process

Development Process Documentation

Project Specifications

Project Date: November 2023
Institute: University of Michigan, Ann Arbor
Supervisor: Dr. Diann Brei
Tools: CAD, 3D Printing, Hand Tools

Documentation

For comprehensive technical documentation, detailed CAD files, and complete project analysis:

View Complete Documentation

Prototypes & Component Evolution

Final Prototype Top View

Final Prototype- Front View

CAD Model - Isometric View

Final Prototype being held by User

Initial Transparent Prototype

CAD Drawing

Testing Ballpoint Dispensing

Prototype with Roller Balls

3D Printed Component Breakdown

Prototype with Ballpoint tips

Exploded CAD View

Exploded View- CAD Assembly