Gantri has released a new collection of wireless, 3D-printed lamps produced in partnership with the design firm Ammunition.
The launch represents a shift toward sustainable, luxury-style lighting that removes the constraints of electrical wiring. By combining additive manufacturing with wireless technology, the company aims to make high-end design more affordable and accessible to a broader consumer base.
The lamps are manufactured at Gantri’s facilities in the Bay Area of California. To maintain a focus on sustainability, the company uses corn-based PLA for the 3D-printing process. This material choice reduces the environmental impact compared to traditional plastic manufacturing methods.
Retail pricing for the new wireless models ranges from $200 to $500 [1]. This pricing strategy is intended to bridge the gap between mass-market lighting and expensive designer fixtures.
Beyond the new product line, Gantri is opening a platform that allows other designers to create their own wireless lighting solutions. This move transforms the company from a traditional retailer into a design ecosystem where independent creators can bring their concepts to market using Gantri's infrastructure.
The integration of wireless power allows these fixtures to be placed anywhere in a room without the need for professional electrical installation. This flexibility provides users with more control over their interior environments while utilizing locally produced goods.
“Gantri is opening a platform that allows other designers to create their own wireless lighting solutions.”
The shift toward wireless, 3D-printed home goods signals a broader trend in 'on-demand' manufacturing. By utilizing corn-based PLA and local production, Gantri is attempting to decouple luxury design from the carbon-heavy logistics of global shipping and traditional factory molds.
