Biosynthetic raw materials,
for sustainable abundance

We engineered b-Rubber to meet growing material demand and increase rubber supply.

FROM BACTA'S PROCESS

Sovereign production, security of supply
Drop-in replacement for Natural Rubber
Consistent quality, stable price
Up to 190% emission reduction

FROM PETROCHEMICAL INDUSTRY

Concentrated production, sovereignty issues
Limited traceability
Quality inconsistencies, price fluctuation
Up to 14 tons of CO2 per ton of rubber

INDUSTRIAL APPLICATIONS

From ready-made clothing and luxury goods to industrial supplies, we provide biosynthetic materials as an alternative to rubber and oil-based composites.

THE SCIENCE BEHIND THE MATERIAL

Our platform rests
on 3 main pillars.

Programmable
Organelles

Metabolic hub in micro-organisms

Bioengineered
enzymes

AI + robotics discovery engine

Mixotrophy

Diversification of feedstock

We take advantage of the cell’s compartments to isolate our product and stabilize the polymerization process.

We leverage the latest advances in both AI and robotics to improve the efficiency of natural enzymes.

Our strain can consume several feedstocks, paving the way for circular, carbon-negative raw materials.

OUR VISION

We are decarbonizing the production of critical raw materials.

Rubber is the first step in our platform. Our mission is to enable industries with biosynthetic materials and pave the way for sustainable abundance.

Biosynthetic raw materials, for sustainable abundance

We engineered b-Rubber to meet growing material demand and increase rubber supply.

INDUSTRIAL APPLICATIONS

THE SCIENCE BEHIND THE MATERIAL

We are decarbonizing the production of critical raw materials.

Biosynthetic raw materials,
for sustainable abundance