Gantri PlantPolymers

Made from plants. Engineered to impress.

Gantri PlantPolymers

Made from plants. Engineered to impress.

New class of materials

Image of a 3d printer

Most plastics are made from petroleum through a carbon-intensive process. They never biodegrade, polluting our oceans and our food chain. Gantri PlantPolymers are our answer. Sugarcane-derived polymers engineered to match the durability of conventional plastics, crafted to surpass them in feel and finish. All without the ecological cost.

Engineered for lighting

Being made lamp
Being made lamp
Being made lamp

We spent years developing two precision-engineered polymer blends with material scientists at colorFabb. Both are derived from non-GMO sugarcane sourced from Thai farms. Every Gantri light is made in one of these two blends, each optimized for a specific purpose.

Being made lamp

Finished blend

Engineered for structural integrity and heat tolerance. Each part is finished with a water-based paint that's beautifully smooth, soft to the touch.

75%

Bio-based

100%

Biodegradable

Translucent blend

Light-diffusive particles are compounded directly into the blend, producing a soft diffusion profile that reveals the geometry of every part.

98%

Bio-based

100%

Biodegradable

Being made lamp

Designed for humans

Renewable

Sugarcane is a renewable resource that reduces reliance on petroleum.

Lower emissions

Raw material production reduces CO2 by 75% vs petroleum-based plastics.

Compostable

Certified for industrial composting under international standards.

EN 13432, ASTM D6400, and OK Compost INDUSTRIAL by TÜV Austria

Safe

Free from BPA and phthalates, inside and out.

Process

01

Harvesting

Sugarcane is harvested, crushed and processed to extract its sugary juice.

02

Fermentation

The extracted sugary juice is fermented using microorganisms, which convert the sugar into lactic acid.

03

Polymerization

The lactic acid is then transformed into long chains to create lactide monomers. These are polymerized to form our Polylactic Acid (PLA) polymer.

04

Compounding

Additives are mixed in to enhance the performance of raw PLAs, transforming them into Gantri Plant Polymer blends.

05

Extrusion

The final polymer is then cooled, cut into small pellets and extruded into filaments that our 3D printers can use to manufacture our products.

Harvesting

Sugarcane is harvested, crushed and processed to extract its sugary juice.

Fermentation

The extracted sugary juice is fermented using microorganisms, which convert the sugar into lactic acid.

Polymerization

The lactic acid is then transformed into long chains to create lactide monomers. These are polymerized to form our Polylactic Acid (PLA) polymer.

Compounding

Additives are mixed in to enhance the performance of raw PLAs, transforming them into Gantri Plant Polymer blends.

Extrusion

The final polymer is then cooled, cut into small pellets and extruded into filaments that our 3D printers can use to manufacture our products.

Find your light

Shop lighting that's made right from start to finish.

Digitally made in California

You’re all set!

© 2026 Gantri, Inc. All Rights Reserved.

© 2026 Gantri, Inc. All Rights Reserved.