Nail-Guard

This project focused on developing a practical and manufacturable solution through an iterative, hands-on design process. Starting with early concepts, I explored form, usability, and grip before moving into prototyping and mould development. Through multiple iterations, I refined tolerances, material thickness, and demoulding to achieve a functional, ergonomic, and production-ready design.

Dec 20, 2024

Nail-Guard

This project focused on developing a practical and manufacturable solution through an iterative, hands-on design process. Starting with early concepts, I explored form, usability, and grip before moving into prototyping and mould development. Through multiple iterations, I refined tolerances, material thickness, and demoulding to achieve a functional, ergonomic, and production-ready design.

Dec 20, 2024

Role

Industrial Design

Service

Design for manufacture

Role

Industrial Design

Service

Design for manufacture

Role

Industrial Design

Service

Design for manufacture

Work Background

Work Background

Understanding the Problem

Nail Guard was developed to address the common difficulty and risk involved in holding nails or screws while hammering, particularly for children, older users, or those with limited dexterity. Research highlighted how easily users can injure their fingers and the lack of simple tools designed to improve safety and control during basic DIY tasks.

Design Development & Journey

The project progressed through a highly iterative, hands-on process, with a strong focus on prototyping and manufacturing. Early concepts explored different forms and mechanisms to securely hold nails while remaining easy to use. Through multiple rounds of testing and refinement — particularly in mould design and injection processes, the design evolved to improve ergonomics, durability, and ease of demoulding.

The Outcome

The Outcome

Final Solution

The final outcome is Nail Guard, a simple, silicone-based tool that securely holds nails or screws in place, allowing users to hammer safely without risking injury. The design is compact, easy to use, and manufacturable, providing a practical solution that improves confidence and accessibility in everyday DIY tasks.