Bronze Lighting Products and Fixtures Design · 2020
Mobius Pendant Lamp Pendant Lamp
by Nhi Ton
- A' Design Award 2020 Bronze Winner in Lighting Products and Fixtures Design
- Awarded April 15, 2020
- CLIENT: Nhi Ton
- Estimated Number of Design Views: 15,578
- Verification code 6FC448EF3C · Verify this award
About Mobius Pendant Lamp Pendant Lamp
This reconfigurable lamp is an applied design result of Nhi Ton's research and studies on the mountain and valley origami folds which suggest motion, structure, and flexibility. With the structure, it allows users to interact and transform the shape to fit into their environment and desire. The lampshade furthermore takes on the specific form of the Moebius Strip in which top and bottom surfaces are made continuous through the simple expedient of a twist in space as the artistic representation of the conscious and unconscious dimensions of our human experience.
Press Kit
- Unique Properties
- This reconfigurable lamp is an applied design result of my research and study on the mountain and valley origami folds which suggest motion, structure, and flexibility. Structure as form, form as structure. The lampshade furthermore takes on the specific form of the Mobius Strip in which top and bottom surfaces are made continuous through the simple expedient of a twist in space as the artistic representation of the conscious and unconscious dimensions of our human experience. Thanks to the structure that the folds created, the lamp can transform the shape to engage user interaction.
- Dimensions & Packaging
- 610 mm x 305 mm x 1270 mm
- Tags
- lighting, reconfiguredesign, moebiuspendant, origamilamp, Origamidesign, motionlamp , motiondesign
- Production Technology
- The lampshade was made out of a folded single flat sheet of paper covered in linen fabric. The mechanism of the lamp was designed with a combination of simple existing hardware and CNC cut brass plates and discs for containing electrical parts. All parts designed for disassembly, a simple manufacturing process.
- Design Challenge
- Since this is a research about the methodology of origami folds, It was difficult to navigate and plan out specific steps for study at the beginning. However, after getting started, I was driven into this deeply and started to generate testing and testing. It was a very exciting moment and very emotional. Also, designing with several values that I had such as lean manufacturer is also a challenge. However, working with the manufacturer to figure out cost and process helped me to clarify and execute my work.
- Project Duration
- The project started from August 2018 to April 2019 at the University of the Arts, and was exhibited in AIA Architecture and Design Center in May 2019.
- Operation Flow
- Used as a pendant light or decorative statement piece. Users can easily adjust the shape of the lampshade to fit their environment and interest by rotating two triangle plates.
- Research
- My project pushes origami capacities beyond the traditional decorative arts. If we use origami principles at a different scale, we can generate geometric forms that are structural, flexible, and dynamic from one flat sheet of material. In this project, I combined the unique qualities of origami, specifically mountain and valley folds, with the concept of lean manufacturing to create a series of meaningful products.
Starting with generating shapes and exploring patterns for creating the structures for strength test, I came up with three seating objects out of 6 pieces of scored and folded papers that could hold 230 lbs. This exploration helped me to learn about the personality of the folds and materials, the ratio between thickness and length of the fold and how it affected the strength of shape. The area that folds converged was the strongest and how I could make use of the density later on in the design ideation phase.
After the exploration, I started finding ways to apply my origami understanding to design new products focusing on using origami properties at a larger scale, in the creation of a product that utilizes minimal material and a single, refined manufacturing process.
I collaborated with Weber, packaging, and display design company, to gain insights about the manufacturing process including materials, cost, production time, energy efficiency, zero to minimal waste. - Inspiration
- As in the Taoist principle of dynamic reconciliation of opposites we know as yin yang, my pleated work of paper and fabric elegantly folds together solid and void, surface and depth, light and dark, strong and fragile, perhaps male and female and Eastern and Western, to create beautiful yet practical pieces of furniture. This project emphasizes the value of such basic mountain and valley origami folds and applies its fundamental to design products.
- Image Credits
- Nhi Ton
Matt Kullman
Colors of Mobius Pendant Lamp Pendant Lamp
Design Interview about Mobius Pendant Lamp Pendant Lamp
This design was inspired by origami fundamental which transforms from a single piece of paper and creates more than what the material could offer by simple folds.
By study the basic mountain and valley folds, I focus on its ability to create structure, flexibility, and aesthetics. The goal was using this fold, apply it to a bigger scale for a lean, minimal waste manufacturing process.
I hope I can get this design manufactured. Also, I hope to study more about the possibility that origami can offer us.
I spend 3 months for learning about mountain and valley folds by running a lot of weight and pattern tests to know the constraints of this fold in comparison with material thickness. The application exploration phase took longer time as I want to create a product which could showcase the structure of the fold as well as how the flexibility of the fold could benefit the product.
This is my graduate thesis. I chose this concept since I have a very strong interest in Origami and would like to apply it to the Product Design level instead of just craft.
My interest in culture and holistic design motivates me to explore and design this work. There is so much beauty in culture. My lamp design made out of a single piece of paper, a very ordinary material, but it would give a "wow" moment by knowing the material and apply origami fundamentals into it instead of complicated hardware. I think it is fascinating.
During this process of design, I got inspired a lot from other scientists and physicists such as Robert Lang, Paul Jackson, Mike Tannis, and engineers who have been studying origami and find the application for what they learned.
This design used a single piece of folded material to create such a flexible structure. The mechanism was made for disassembling and offer the reconfiguration to users.
Because it simply has the shape of a Mobius strip especially when you twist the disc to reconfigure the lamp, it switches its surfaces.
A lot of prototyping, user testings, 3D rendering, working with the manufacturer.
I collaborated with Weber Packaging Design in Philadelphia to learn about the scoring process for folding as well as material testings. After several rounds of prototyping, they also gave me the costing for the production.
I think the most difficult thing is to ask the right questions for the design process and what is that that you want your product to be or tell?