Gathering Lamp
Rooted in the principles of architectural Brutalism—structural clarity, functional integrity, and unapologetic, material-driven aesthetics—the Gathering Lamp introduces a biogenic logic that embraces Nature’s regenerative processes. Using biofabricated Biolith® tiles from Biomason—forged not in carbon-spewing factories but through the quiet, ambient-temperature reactions of bacteria that can turn sand into stone—the portable lamp is designed for disassembly, with custom modular parts that can be repaired, replaced, or recycled. Hand-assembled with minimal intervention, the Gathering Lamp follows nature's resourceful flow, designed for continuous reuse and recovery. Each tile is unique, so colour and finish can vary slightly.
Bacteria
Biomason Biolith® tiles
Batch of 10
Mitre & Mondays – Particle Studio – FRONT® (Formerly: StoneCycling)
Inspired by marine ecosystems, Biomason aims to drastically reduce carbon emissions in concrete production for the built environment. Using bacteria, Biolith® tiles form in under three days, compared to the 28-day curing time of traditional cement, and they don’t require energy-intensive kiln firing. This process turns aggregate into a biocement that is 20 times lighter and three times stronger than a traditional concrete block, while producing 95% fewer CO2 emissions than conventional cement. Designed to showcase Biomason’s biobased concrete, the Gathering Lamp brings the material into a new context. The manufacturing process is highly efficient, with only two holes drilled into each tile, ensuring minimal material waste. Made for disassembly, the Biolith® components and anodised aluminium fixings are repairable, reusable, and recyclable, ensuring the product’s longevity.
- Dimensions: 22(H) x 20(W) x 5(D) cm
- Fitting type: Built-in 5V LED strip
- Colour temperature: 3000K warm white
- Battery Life: 3.7v 2.6Ah Lithium Ion Battery charges in 2 hours
- Charger: USB-C to USB-C biobased cable included
Wipe the surface with a dry cloth. Can be used outside in dry weather conditions only, avoiding direct sunlight and high temperatures. Designed for repair and disassembly, allowing for component replacement and lifespan extension of all parts. To access our repair service contact support@normalphenomena.life.
The lamp is built to last. Should you wish to dispose of it, contact us at support@normalphenomena.life to arrange collection to enable material recovery and re-use. Warranty information is available at normalphenomena.life/legal/
The Gathering Lamp is only available in the UK.
Ships within 10 days of order being placed.
Biomason (North Carolina, US) is the leading biocement production company, founded in 2012 by Ginger Krieg Dosier and Michael Dosier as a solution to the carbon intensity of the cement industry. Rather than burning fuels for calcination, Biomason works with a range of wild-type bacteria, harnessing the power of biotechnology to reinvent traditional kiln-fired cement and offer a natural building material alternative.
| Made with repurposed Biolith® tiles—biocement material cured with wild-type bacteria and locally-sourced aggregate—the Gathering Lamp reimagines how this carbon-gentle construction material could be used over a range of applications that keep the material in circulation. The micro-batch manufacturing process relies on minimal intervention: only six holes are drilled into the standardised tiles for hand assembly, creating as little as 3.25% tile material waste. The modular construction is held with anodised aluminium fixings to ensure that the object is durable and maintainable, with each piece subject to replacement at the end of its life. The wool label and scratch-prevention mat have been treated with laser etching and attached using non-permanent starch-based glue, eliminating the need for toxic adhesives or complex machinery. The recyclable outer packaging houses protective cellulosic insulation that is fully compostable and safely dissolvable in water. With intended use for gatherings of all sorts, the lamp enacts a deeper emotional connection to materials through the act of repair, resulting in improved longevity and circularity of biomaterials. |
