Stubble Tech

Teamwork

Stubble Tech’s interdisciplinary team merges design, engineering, and applied technical expertise to drive bio-fiber innovation. The Development and Design department is led by Industrial Design students Juan Ignacio Cirelli, Tomás Martino, and Ignacio Parpal, who focus on conceptual development, material application, and integration into industrial products.

Our team also includes an Agricultural Engineering student Jose Luetich specializing in raw material analysis, cultivation-linked processes, and agricultural waste valorization; an Industrial Engineer steering strategic vision, process optimization, and scalable production; and a Mechanical Technician with expertise in composite materials for nautical and sports industries, ensuring technical validation and practical implementation. Together, we deliver a comprehensive approach to bio-fiber development: material, process, product, and market.

Design thinking

Engineering rigor

Applied expertise

Transforming Agricultural Waste Into Advanced Biomaterials.

Transforming Agricultural Waste Into Advanced Biomaterials.

Stubble Tech converts residues into next-generation biofiber composites — enabling sustainable, high-performance materials for industrial applications.

Stubble Tech converts residues into next-generation biofiber composites — enabling sustainable, high-performance materials for industrial applications.

Biofiber Development Process

Biofiber Development Process

Our process transforms hemp waste into a high-value technical mesh: extraction, fiber cleaning, alignment, weaving, and composite formulation. Each step maximizes performance, resulting in a sustainable, industrial-ready material for broad application. Visuals and data validate every stage, from farm to finished product.

Our process transforms hemp waste into a high-value technical mesh: extraction, fiber cleaning, alignment, weaving, and composite formulation. Each step maximizes performance, resulting in a sustainable, industrial-ready material for broad application. Visuals and data validate every stage, from farm to finished product.

Construction.

Construction.

Panels, reinforcements, and modular systems for green buildings, offering both sustainability and structural efficiency.

Panels, reinforcements, and modular systems for green buildings, offering both sustainability and structural efficiency.

Nautical.

Nautical.

Marine panels, interior trim, decking, and covers built for resilience, weight savings, and reduced emissions.

Automotive.

Automotive.

Interior trims, panels, and structural inserts advancing renewable materials in next-gen vehicles.

Interior trims, panels, and structural inserts advancing renewable materials in next-gen vehicles.

Market Opportunity

With the global biomaterials market surpassing $100B by 2030, regulatory shifts and industry demand for circular, lightweight solutions create a unique opportunity. Stubble Tech’s scalable technology and early market entry strongly position it to serve manufacturers seeking sustainable alternatives.

Product Portfolio

Biofiber mesh rolls, technical panels, and custom composite parts—engineered for rigorous B2B standards, sustainability and scalable deployment.

Biofiber mesh rolls, technical panels, and custom composite parts—engineered for rigorous B2B standards, sustainability and scalable deployment.

Biofiber mesh rolls, technical panels, and custom composite parts—engineered for rigorous B2B standards, sustainability and scalable deployment.

B2B Partnership & Customization

Collaboration programs and application-specific material innovations—tailored for industrial partners, OEMs, and joint development projects.

Collaboration programs and application-specific material innovations—tailored for industrial partners, OEMs, and joint development projects.

Lightweight build

Lightweight build

High resistance

High resistance

Low emissions

Low emissions

Circular economy

Circular economy

Sustainability & Circular Economy

Sustainability & Circular Economy

By upcycling agricultural waste, Stubble Tech reduces landfill, CO₂ emissions, and fossil-fiber consumption. Localized sourcing supports regenerative agriculture and minimizes transportation footprint.

We advocate for industrial transition—aligning technical performance and environmental goals to build a resilient future through responsible material innovation.

Partner With Us: Industrial-Scale Biofiber Solutions

Partner With Us: Industrial-Scale Biofiber Solutions

For Investors, Manufacturers & B2B Partners

For Investors, Manufacturers & B2B Partners

Ready to Innovate?

Ready to Innovate?

Stubble Tech enables a sustainable future with renewable materials and innovative manufacturing—discover your path to impactful change.

Stubble Tech enables a sustainable future with renewable materials and innovative manufacturing—discover your path to impactful change.

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Nautical

Automotive

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