IOT Product Light - Product

Overview:
This project is a sleek, dual-tone lighting system engineered for superior product photography, particularly with smartphone cameras in mind. It integrates warm and cool LED lights, adjustable through individual switches, to provide optimal illumination for capturing product details.

Objectives:

To create a lighting system that enhances product photography with adjustable color temperatures.
To design a product that is lightweight, portable, and user-friendly for photography enthusiasts and professionals alike.
To provide a cost-effective and efficient alternative to traditional product photography lighting solutions.
Process:

Design Planning: Outlining the requirements for a lighting system that offers both warm and cool light settings for product photography versatility.
Material Engineering: Selecting durable and lightweight materials for the build, ensuring longevity and ease of transportation.
Technical Assembly: Implementing the lighting system with a focus on structural integrity and ease of maintenance.
Smart Functionality: Integrating a microcontroller for advanced control options and adaptability to different photography conditions.
Challenges & Solutions:

Light Diffusion: Innovating with various materials and techniques to achieve even light diffusion without compromising on the system's portability.
Structural Design: Engineering a lightweight structure that maintains stability and durability under frequent use.
User Interface: Developing a simple and intuitive control system for users of all skill levels.
Results:

A portable, efficient dual-tone lighting system that provides balanced illumination for product photography.
A product that stands out for its ease of use, smart control features, and effective light quality.
Innovations:

Smart Controls: Featuring a microcontroller programmed via Arduino for customizable light settings and enhanced user experience.
Design Efficiency: Achieving a product-friendly lighting environment using cost-effective materials and a minimalist design approach.