Bronze Lighting Products and Fixtures Design · 2022
BrightCell Lighting
- A' Design Award 2022 Bronze Winner in Lighting Products and Fixtures Design
- Awarded April 15, 2022
- CLIENT: Hamed Design
- Estimated Number of Design Views: 15,942
- Verification code 461D4CAD69 · Verify this award
About BrightCell Lighting
BrightCell is a chandelier that comes out of a human, somewhere in all the vessels of the body. The main part of the chandelier consists of two layers, the outer one is made of glass crystal and the inner one is made of opaque white opal glass. Its two-layer and cloudy form evokes a sense of energy for the user and conveys calmness to the user and values the feelings of users. The reflection of light is seen inside the lighting and it shines and creates calm and soft light for the environment.
Press Kit
- Unique Properties
- Increase the Oxygen in your home! Bright Cell is a chandelier that comes out of a human, somewhere in all the arteries of the body. The main part of the chandelier consists of two layers, the outer layer is made of glass crystal and the inner layer is made of opal white frosted glass. Its two layered and cloudy form evokes a sense of movement and energy for the user and conveys peace to the user. Its unique beauty says it all!
- Dimensions & Packaging
- 600mm x 530mm x 660mm
- Tags
- BrightCell, Lighting, Hamed Mahzoon, Sana JafariSharif, Chandelier, Sana Sharif, Design, Interior
- Production Technology
- The main part of the chandelier consists of two layers, the outer layer is made of glass crystal and the inner layer is made of opal white frosted glass.
- Design Challenge
- Design a good lighting product with good quality, cheap and minimal that in addition to beauty to create a good feeling in the user. It is very easy to assemble.
- Project Duration
- The project started in November 2021 in Tehran and finished in December 2021 Tehran
- Operation Flow
- Through the reflection of light in the second layer, the darkness of the glass is seen and shines, creating a beautiful and relaxing effect.
- Research
- The design of a lighting that is minimal and the transparency of glass and its interaction with light has been studied in various sources. The tonality of light that flows slowly from the center to the environment.
- Inspiration
- Appreciation of red blood cells, which are responsible for transporting oxygen, we have tried to use the form of red blood cells and refer to the transfer of oxygen in the home environment.
- Image Credits
- Creator Hamed Mahzoon, BrightCell, 2021.
Image #5: Photographer Behnam Amini, Three pictures on the wall, 2021.
Colors of BrightCell Lighting
Design Interview about BrightCell Lighting
The main principle behind BrightCell is the integration of light, air, and the human body into a single meaningful system. The design is inspired by red blood cells, whose essential role is transporting oxygen throughout the human body. I was interested in translating this biological function into a domestic environment, where light becomes not only a visual element, but a carrier of health and well-being. BrightCell reimagines the chandelier as a living, breathing object that actively improves the atmosphere of a space rather than simply illuminating it.
My main focus was to dissolve the boundary between lighting and environmental care. I wanted to achieve a design where air purification feels natural and emotionally reassuring, not mechanical or intrusive. The goal was to create an object that visually communicates vitality and circulation, while functionally increasing air quality and oxygen perception in the home. Calm, balance, and subtle interaction were central objectives.
BrightCell has strong potential to evolve into a broader system of wellness-oriented lighting products. Future plans include developing variations in scale, placement, and filtration technology, allowing it to adapt to residential, hospitality, and healthcare environments. The design can also evolve through software updates, expanding its smart and responsive capabilities.
The design process unfolded over several months, encompassing concept development, biological research, form exploration, material studies, and functional integration. A significant portion of time was dedicated to ensuring that the visual language of the product accurately reflected its conceptual foundation in oxygen circulation and health.
BrightCell was a self-initiated project driven by a growing concern for indoor air quality and the psychological impact of light on human health. It was not commissioned. The concept emerged from observing how technology often addresses health in purely technical ways, neglecting emotional and aesthetic dimensions.
The design was developed with real-world production in mind and is open to collaboration with manufacturers specializing in lighting, smart systems, or air purification technologies. The intention is to license or co-develop the product with partners who respect its conceptual integrity and quality standards.
Lighting is one of the most influential yet underestimated elements in daily life. Combining it with air purification allowed me to explore how design can actively contribute to physical and emotional well-being. This project reflects my broader interest in design as an invisible caretaker of human environments.
Rather than referencing specific designers, the influence came primarily from biology, medical imagery, and the logic of natural systems. The circulation of blood, oxygen exchange, and organic cellular structures were far more influential than stylistic precedents.
The target users are individuals and environments that value health-conscious living and thoughtful technology integration. This includes contemporary homes, wellness spaces, boutique hotels, and healthcare-adjacent interiors where atmosphere and air quality are equally important.
What distinguishes BrightCell Air is its conceptual coherence. The form, function, and name all stem from a single biological metaphor. Unlike conventional air purifiers that hide technology inside neutral boxes, this design celebrates its purpose and turns it into a spatial and emotional feature.
The name combines “Bright,” referencing light and clarity, with “Cell,” symbolizing the fundamental unit of life and oxygen transport. Together, they describe a luminous system that supports vitality within interior spaces.
The project involved hand sketching, 3D modeling, lighting simulations, and conceptual diagrams. Digital tools were essential for understanding light diffusion through layered glass, while sketches preserved the organic quality of the form during early development.
The most unique aspect is the fusion of chandelier, air purifier, and biological metaphor into a single object. BrightCell does not treat purification as an accessory; it is the core identity of the design.
While the concept was developed independently, the design assumes collaboration with specialists in air filtration, smart systems, and lighting engineering for production. These technical partnerships are essential for realizing the concept at a high level.
Technology plays a supportive and enabling role. It powers air purification, lighting control, and user customization through a mobile application, but remains visually discreet. The emphasis is on user experience rather than technological spectacle.
Yes. Research into indoor air quality, oxygen circulation, light diffusion, and human well-being informed both form and function. Analytical research ensured that the design’s health-oriented concept translated into real environmental benefit.
One major challenge was integrating purification technology without compromising visual softness. Balancing airflow, filtration efficiency, and light diffusion required careful spatial planning and layered material solutions.
The project reached a level of conceptual and technical clarity that made it suitable for international evaluation. Submitting it to competitions allowed the design to be positioned within a global discourse on health-oriented design.
This project deepened my understanding of interdisciplinary design, particularly how biology, technology, and emotion can intersect meaningfully. It reinforced the importance of designing systems rather than isolated objects.
BrightCell Air reflects my belief that future design must move beyond aesthetics and address human health holistically. It is not merely a product, but a proposal for how interior objects can quietly care for those who live with them.
Grand Interview about BrightCell Lighting
The design draws directly from the cellular structure of red blood cells, with the outer crystal layer mimicking their translucent membrane and the inner opal glass reflecting their dense, oxygen-carrying core. This duality emphasizes light diffusion and transparency, encapsulating the functional elegance found in biology.
The transparency of the crystal layer paired with the soft opacity of the opal glass creates a balanced visual contrast that diffuses light gently, evoking tranquility. This combination mirrors the harmony of natural systems, reinforcing the goal of emotional calmness within living spaces.
By incorporating fluid curves and an asymmetrical yet balanced form, the design captures the organic flow of blood cells in motion. This subtle dynamism is further emphasized through the way light interacts with the layered materials, creating a sense of vitality.
The challenge lay in achieving even light diffusion without hotspots. We optimized the opal glass thickness and developed precise curvatures in the crystal layer to reflect and scatter light uniformly, creating a soft glow that envelops the surroundings.
The balance was achieved by prioritizing warm, diffused lighting and ensuring an unobtrusive form. Every technical decision—from LED placement to material composition—was guided by the intent to evoke a serene atmosphere without compromising efficiency or quality.
The dimensions were carefully calibrated to maintain a balance between presence and subtlety. They allow the fixture to serve as a focal point while remaining proportional to most residential and commercial spaces, reflecting versatility and elegance.
This fusion encourages designs that prioritize emotional resonance alongside functionality. Future lighting concepts may draw deeper inspiration from nature, leading to fixtures that not only illuminate but also enhance well-being through biomimetic principles.
Ease of assembly was integral to the design process. Modular components, minimal tooling requirements, and intuitive instructions were prioritized to ensure a seamless user experience, reflecting a commitment to accessibility and practicality.
We adopted lean manufacturing techniques, utilized recyclable materials, and collaborated with suppliers to streamline production. These strategies reduced waste and costs while preserving the high standards of craftsmanship and aesthetic quality.
Winning the award reinforced the importance of innovation and interdisciplinary inspiration. It has motivated us to continue exploring bold concepts that challenge conventional lighting paradigms while maintaining a user-centric focus.