Iron Lighting · 2024
Element Lamp
by Jae Choi
- A' Design Award 2024 in Lighting
- Estimated Number of Design Views: 14,104
- Verification code EE056EF2EA · Verify this award
Colors
About Element Lamp
Drawing inspiration from laboratory equipment, Element blends functionality with a refined design aesthetic. It features an intuitive height adjustment, accessible through a simple twist of a knob, alongside a swivel shade for tailored lighting angles. This piece introduces a touch of industrial look to any setting, ensuring ease of use in professional and personal environments. As a blend of practicality and style, it’s crafted to fit into a variety of spaces, making it a versatile addition to diverse environments.
About the A' Design Award
Element Lamp is an Iron A' Design Award winner, a prestigious recognition granted to good designs that meet the professional and industrial requirements expected from well-designed creations. Iron winners demonstrate great skill, high specialization, expert understanding, and creative capacity of their creators. Element Lamp is expected to be a highly regarded, admired, and cherished creation that is practical and innovative. This Iron A' Design Award-winning design integrates industry best practices and has competent technical characteristics linked with know-how and talent. Element Lamp is respected for its thoroughness and is designed to provide quality of life improvements that help make the world a better place.
Press Kit
- Unique Properties
- Drawing inspiration from laboratory tools, the Element lamp merges functionality with an industrial aesthetic. The design allows users to easily adjust its position through a simple knob twist, enabling height control. Additionally, the lamp shade's swivel feature enables angle adjustment, introducing practicality into any setting and ensuring ease of use in both professional and personal spaces.
- Dimensions & Packaging
- Steel - Width 165 mm x Depth 165 mm x Height 420 mm
- Tags
- element, clamp, lamp, light, lighting, interior, industrial design
- Production Technology
- The lamp combines steel components shaped by wire forming, laser-cutting, and metal spinning, with a powder-coated finish for durability. Through iterative testing of prototypes, the final design was refined for both form and function, showcasing the seamless integration of manufacturing techniques.
- Design Challenge
- The creative challenge in developing the Element lamp involved precise wire forming and laser-cutting alignment. Through closely collaborating with the manufacturing team and iterative testing, we managed to refine the techniques and overcome these obstacles. This process not only allowed us to achieve the lamp's intended form but also enriched the understanding of production technologies.
- Research
- The research behind the Element lamp explored integrating laboratory equipment functionality into lighting design. The methodology involved iterative design processes and various manufacturing techniques. Prototypes ranged from low to high fidelity for thorough testing. Insights from these experiments led to the final design, focusing on efficiency and ease of use. This project demonstrates how design-inspired research can transform into real-life applications.
- Inspiration
- The inspiration for the lamp stems from the practicality and simplicity of laboratory equipment such as stands, clamps, and holders. It deeply influences its form, mechanism, and the entire manufacturing process to create a functional and efficient lighting solution.
- Project Duration
- The project started in March 2022 in Providence, Rhode Island and concluded in February 2023.
- Operation Flow
- The interaction with the Element lamp is designed for simplicity. By incorporating a knob for height adjustments and a swivel feature for angle modifications, users can customize lighting to their needs easily.
- Image Credits
- Image #1: Photographer Mark Johnston, 2022.
Image #2: Photographer Mark Johnston, 2022.
Image #3: Photographer Mark Johnston, 2022.
Image #4: Photographer Mark Johnston, 2022.
Image #5: Photographer Mark Johnston, 2022.
