Technology
Our areas of
expertise.
Prellat® advances material innovation through the development of bio-based
biopolymers derived from lavender by-products.Â
​
Our technology combines advanced biopolymer chemistry with a deep understanding of industrial needs, enabling materials that are naturally biodegradable and engineered for
real-world applications. From molecular design to lifecycle performance, Prellat® focuses
on creating responsible, future-ready materials that elevate both product quality and
environmental integrity.
PRELLAT® 3D
Additive Manufacturing
Bio-based filament technology for next-generation 3D printing applications.
PRELLAT® TEX
Textile & Surface Materials
Engineered for next-generation leather alternatives and technical textiles, with new textures and material possibilities.
PRELLAT® FLEX
Elastomeric Materials
Engineered as an alternative to conventional rubber and fossil-based elastomers, combining flexibility, softness and resilience.
PRELLAT® FORM
Structural CompoundÂ
Engineered as an alternative to conventional fossil-based plastics for rigid and semi-rigid applications.
Prellat® biopolymers are designed to elevate your products through material purity, botanical origin, and next-generation performance. By working with bio-based, lavender-derived formulations, you gain access to a distinctive material identity that enhances both the technical and emotional value of your products. It’s not just sustainability — it’s a new level of refinement rooted in nature and engineered with precision.
Our approach ensures that every brand we collaborate with benefits from traceability, consistency, and a material story that resonates with modern consumers. From improved lifecycle performance to a unique botanical narrative, Prellat® empowers you to create products that stand out for their quality, responsibility, and forward-thinking design.
Impact for you.
COMPATIBLE TechnologIES
Designed to work with
existing production systems.
Injection molding
Extrusion
3D printing
Lamination
Coagulation
And multiple applications: accessories, packaging, design objects, technical components, and more.
Prellat® integrate seamlessly into existing production lines, without requiring modifications:
Prellat® transforms agricultural waste into a high-value biopolymer, merging nature, design, and technology.
Each pellet retains the plant fiber identity and aromatic character of lavender, bringing texture, authenticity, and a regenerative narrative to every product.
OUR PROCESS
From lavender waste
to Prellat® biomaterial.
Recovery of lavender
by-product
We work directly with lavender farmers in Italy and France, sourcing the post-distillation biomass — stems, fibers, and dried flower residues that would normally be discarded. This agricultural by-product becomes the foundation of our Prellat® biopolymer, giving new purpose to a natural resource that is no longer used.
Drying and
micronization
The collected material is naturally dried in our solar solarium, using renewable energy. When needed, we stabilize moisture levels through our dehydration oven. Once dried, the lavender residue is ground and micronized into a fine, homogeneous plant-based filler suitable for industrial processing.
Creation of the
Prellat® compound
Through a controlled compounding process, we blend the lavender filler with bio-based polymers and natural additives. The mixture is homogenized, heated, and extruded to produce Prellat® mini-pellets — fully traceable and ready for multiple transformation technologies.