The Flexible Factory Model

If You Dream It,
We Make It. Anything. Ethically. Exactly.

From ultrasonic sensors to biodigesters to biodegradable glow sticks — FCC delivers true manufacturing freedom, from design to delivery. But what if the material your product needs doesn't exist yet?

We develop that too. FCC's biopolymer and biofibre development services are built for founders and brands who refuse to compromise — on performance, on sustainability, or on who owns the IP. You keep innovating. We'll handle the rest.

Explore Capabilities Materials we develop
Ultrasonic Sensors Biodigesters Technical Textiles Bioplastic Components ANYTHING. Consumer Electronics Sustainable Packaging Medical Devices Performance Apparel Industrial Hardware The full spectrum of manufacture
Ultrasonic Sensing Bioplastics Organic Apparel Biodigesters Technical Textiles Consumer Electronics Sustainable Packaging Medical Hardware Industrial Components BioMaterials Performance Gear Clean Energy Hardware Ultrasonic Sensing Bioplastics Organic Apparel Biodigesters Technical Textiles Consumer Electronics Sustainable Packaging Medical Hardware Industrial Components BioMaterials Performance Gear Clean Energy Hardware
How We Work

The Flexible
Factory Model.

One partner. Accountable for everything. Our Flexible Factory Model means we can create anything — at any scale — through a global network of vetted manufacturing partners matched precisely to your product, your values, and your vision.

No facility lock-in. No category ceilings. No compromise. Our terms with every factory partner are non-negotiable: total FCC control from start to finish — design, materials, quality, and delivery. You work with us. We handle them. See our process →

FABLESS.

By Design.

We don't own factories. We own the expertise to find the right one — for your product, every time.

How Our Model Works →
Advanced BioMaterials Development
When the material doesn't exist yet
Materials Development

We Handle That Too.

Most companies inherit their materials. They accept what's available, adapt around its limitations, and absorb its environmental cost. FCC takes the opposite position.

Through our curated network of advanced materials partners, we develop compounds, blends, and substrates purpose-built for your product's performance requirements — with sustainability and IP protection built in from day one, not retrofitted at the end.

Whether you're transitioning away from virgin petroleum, exploring plant-based alternatives, or innovating in technical fabrics, we do the materials science legwork so your team stays focused on building.

You keep innovating.
We'll handle the rest. Performance. Sustainability. Your IP. Non-negotiable on all three.
Why Materials Strategy Matters

IP Sovereignty Starts at the Molecular Level.

A product is only as proprietary as its materials allow. When you source off-the-shelf compounds, you share your formulation's DNA with every competitor who found the same datasheet.

When FCC works with you on materials development, we do it through expert partners — specialist labs and companies whose core competency is materials science, not manufacturing generalism. That depth of expertise means two things: your custom formulation is yours outright, or where full ownership isn't the goal, we structure for category exclusivity so no competitor in your space can access the same specification.

Either way, the material is protected, documented, and manufacturable — without dependency on a single supplier. Our feature partner below is a prime example of the calibre of specialist we bring to the table.

Your material specification is your moat. We help you build it before your competitors do.
Our Materials Tracks

Three Frontiers.
One Partner.

Biodegradable Petroleum Alternatives

Drop-in solutions that meet the performance bar of conventional petroleum-based materials — without the permanence. Ideal for packaging, industrial components, and consumer goods in regulated or sustainability-sensitive markets.

  • Compostable grades & certifications
  • Performance parity benchmarking
  • Supply chain transition planning
Plant-Based Bioplastics

Bio-derived polymers engineered for structural integrity, processability, and end-of-life accountability. We identify the right feedstock chemistry for your application, assist with your category exclusivity or ownership, and produce it at scale.

  • PHA, PLA & starch-blend formulations
  • Injection moulding & extrusion fit
  • Feedstock traceability documentation
Fibre Innovation

Technical and commercial development of natural fibre materials across high-performance applications, including nonwovens, textiles, packaging, and composites. From fibre specification to process integration, we ensure materials perform reliably in real-world manufacturing systems — powered by our partnership with Material ReDesign.

  • Natural fibre and blend development
  • Performance-driven material specifications
  • Converter and process alignment
Feature Partner
Fibre & Material Innovation
Feature Partner Fibre & Material Innovation

Material innovation begins before fibre reaches the production line. From field to factory to shelf, Material ReDesign defines the fibre specifications that determine how products perform in production and at end use.


Jason Finnis
Founder & Principal — Material ReDesign

Jason brings over 30 years of experience bringing natural fibre innovations from concept to commercial scale. He has built and operated fibre processing and manufacturing systems, translating material innovation into products that run in production and succeed in market.

Jason works across the value chain to define fibre specifications, de-risk adoption, and ensure materials deliver on both performance and commercial outcomes.

✉ jason.finnis@MaterialReDesign.com ↗ MaterialReDesign.com

Material Redesign - Core Capabilities

Fibre Innovation
Technical and commercial development of natural fibre materials across nonwovens, textiles, packaging, and composites — from fibre specification to process integration.
Natural Fibre & Blend Development
Selection, processing, and blend engineering for natural and agricultural-residue fibres aligned to specific performance end uses and production environments.
Performance-Driven Specifications
Material specifications driven by functional requirements — moisture management, durability, weight, compliance — not by what happens to be available on the market.
Converter & Process Alignment
End-to-end alignment between fibre specification, processing partners, and production systems — ensuring materials run in production and meet defined commercial outcomes at scale.
Q Why does material innovation matter now — and why fibres specifically?

Material innovation is being driven by performance requirements, supply chain pressure, and increasing regulatory scrutiny. Companies are being forced to rethink not just products, but the materials those products are built from.

Fibres sit at the foundation of many high-volume applications, from nonwovens and textiles to packaging and composites. The ability to select and engineer the right fibre for a specific purpose determines how a product performs, how it runs in production, and how it is received in market and performs in-use.

At the same time, large volumes of agricultural residues remain under-utilized or undervalued because they are not aligned to specific end uses. When properly specified and processed, these fibres can deliver performance, cost advantages, and improved environmental outcomes. Material ReDesign focuses on aligning fibre selection, processing, and end-use requirements to unlock that value and ensure successful adoption.

Q What does Material ReDesign actually bring that a standard mill or agent can't?

A mill optimizes for what it already knows how to produce. An agent optimizes for the supply chain they already have access to.

Material ReDesign starts with the product outcome and defines the fibre and material specification required to achieve it. That means the application drives fibre selection, processing, and functional performance — not the other way around.

We engineer performance at the fibre level, aligning material structure, processing, and end-user requirements to ensure products run in production and meet defined outcomes. The result is faster development cycles and materials engineered for performance in production, not selected from what happens to be available.

Q What kinds of projects is Material ReDesign best suited for?

Material ReDesign is best suited for projects where material decisions will determine product performance and commercial success.

This includes performance-driven applications where functional requirements such as moisture management, durability, or weight are critical; material transitions where companies are replacing conventional inputs with natural fibres; and industrial applications where consistency, compliance, and traceability are required.

We also support early-stage development where the material pathway is not yet defined, helping teams establish specifications that can scale into production.

Q How does the FCC + Material ReDesign engagement model work?

FCC leads product development, supply chain execution, and go-to-market strategy. Material ReDesign defines the fibre and material specifications that determine product performance and manufacturing requirements. The two work streams run in parallel from initial brief to approved material, significantly reducing development timelines compared to a sequential handoff model.

For clients, this means a single integrated engagement with clear accountability at every stage. Material decisions, product requirements, and manufacturing execution are aligned from the outset — ensuring materials perform in production and meet the intended application.

What Are You Building?

The Flexible Factory Model exists for one reason: to give founders, innovators, and brands the manufacturing partner their product deserves — without limits, without compromise, without the overhead of building a factory to do it.

Tell us what you're making. We'll tell you how to make it.

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