From Natural Cellulose to Precision Microspheres
Our patented process begins with cellulose — what trees are made of. Using a unique green-solvent system, we dissolve cellulose fibers and reform them into perfectly spherical, uniform beads without altering their chemical structure. This preserves biodegradability and safety while delivering the performance and consistency demanded by industrial applications.
Cellulose Fiber
Natural starting ingredients.
Solvent Phase
Green-solvent dissolution.
Membrane Emulsification
Precision formation.
Spherical Particles
High performance microspheres
Innovation Rooted in Chemistry and Engineering
Our breakthrough lies in combining solvent innovation with membrane emulsification and phase inversion — a process that ensures complete control over particle size, porosity, and surface texture.
The result: high-performance beads that match plastic properties at a competitive cost and environmental footprint.
Patented Process
Unique combination of solvent chemistry and membrane emulsification.
Controlled Parameters
Adjustable size (1–50 µm), porosity, and roughness for any formulation.
High Throughput
Continuous process capable of industrial-scale production.
Sustainable Impact — From Lab Innovation to Industrial Production
Our process is continuous, closed-loop, and engineered for maximum efficiency at every stage. All solvents are recovered and reused, minimizing waste and energy consumption while maintaining consistent quality. This approach not only reduces environmental impact but also ensures that our patented cellulose bead production remains scalable — from pilot testing to full industrial capacity. Independent life-cycle analyses confirm a dramatically lower carbon and material footprint compared to conventional microplastics manufacturing.
Scalable
Industrial-scale production capacity.
Solvent Recovery and Recycling
Closed-loop system minimizes waste.
Energy-Efficient Continuous Operation
Optimized for sustainability and throughput.
A Platform Built for the Future
Our technology extends beyond cellulose. The same patented approach can be adapted to other biopolymers, polymers, and even inorganic materials — opening new possibilities for capsule development and advanced biodegradable applications.
Current Microspheres
Cellulose-based particles.
Future Capsules
Advanced biopolymer systems.
Next-Gen Ingredients
Customised and functionalised particles.