Industrial Mycelium, make it standard. Research, Development and scaled-up manufacturing of bio-based high-performance materials

Fungarium leads design and manufacturing of mycelium-based materials which are versatile to implement in multiple products in diverse industries.

We define vanguardist material design and edge technology powering mycelium.

Learn About Our Innovation

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About · Fungarium

Industrial Mycelium, make it standard.

Research, Development and scaled-up manufacturing of bio-based high-performance materials

< 1 week process Zero synthetic polymers Edge + AI ready

About mycelium

Mycelium is the root-like network of fungi, Nature's hidden infrastructure. Beneath soil, forests, and decaying matter, mycelium forms vast interconnected webs that sustain ecosystems, transport nutrients, and enable life to flourish.

This organism has a remarkable property: it can "digest" almost any organic matter and bind it into solid structures.

At Fungarium, we harness this natural intelligence. We grow mycelium on carefully formulated substrates and pre-designed molds, allowing it to assemble into strong, lightweight, and high-performance materials. The whole process in less than a week! This invisible network transforms into industrial-ready products with minimal energy and zero synthetic polymers.

Conocer más sobre el micelio y su rol industrial

El micelio actúa como un bio‑ensamblador: secreta enzimas que descomponen polímeros naturales y, al mismo tiempo, genera una matriz fibrosa que une partículas en un material coherente. Eso permite diseñar propiedades mecánicas y térmicas según el sustrato, la cepa y el proceso de cultivo.

En escala industrial, la clave está en repetibilidad: registrar parámetros, estandarizar lotes y conectar el crecimiento fúngico con especificaciones de producto — línea directa con nuestra visión de manufactura inteligente.

About smart manufacturing

We merge biotechnology with digital industry. Our production ecosystem integrates edge-computing devices, real-time sensors, and proprietary AI models to understand how mycelium grows, reacts, and builds structure.

Through this IoT-driven approach we enable:

Continuous data capture from mycelium and its environment
Predictive models that anticipate material characteristics
Digital twins of batches and production lines
Smart control loops that standardize growth and reduce biological variability

The result is a fully digitalized mycelium manufacturing pipeline capable of scaling with precision, repeatability defining industrial-grade quality.

Ampliar: smart manufacturing y trazabilidad de proceso

Cada lote puede vincularse a sensores, curvas de crecimiento y variables ambientales. Eso reduce la variabilidad biológica y acorta el ciclo entre experimento y producción.

La integración con plataformas como MycoBrain permite cerrar el circuito entre dato en borde, almacenamiento gobernado y modelos predictivos para anticipar rendimiento y calidad del material.

About mycelium based materials

Propiedades que puedes esperar al trabajar con biomateriales a base de micelio.

Safe

Mycelium-based materials are lightweight yet robust, capable of replacing foams, composites, and plastics in multiple industries.

Density

Through recipe tuning and growth parameters, we can control density for specific use cases — from construction panels to protective packaging or textile substrates.

Fire Safety

Mycelium materials exhibit inherent thermal insulation and fire-resistant behavior, enhancing safety without chemical additives.

Moisture

These materials allow controlled airflow, reducing mold and humidity issues in packaging or interiors. We also offer bio-based waterproofing synergies for enhanced performance.

Recycling

Being fully organic, mycelium materials are compostable and non-toxic. Throughout their lifecycle, they capture CO₂, contributing to a circular and sustainable material flow.

Más sobre materiales a base de micelio y casos de uso

Ajustamos recetas y parámetros de crecimiento según sector: empaque, construcción liviana, paneles acústicos o prototipos para diseño. Cada aplicación exige un balance distinto entre densidad, higroscopia y comportamiento al fuego — lo abordamos desde I+D y datos de proceso.

PAUWMYCO GmbG

Fungarium and Pretzl Paulownia form PAUWMYCO , an integrated lobby for circular biomass value chains.

Fungarium Global

Growth stage

Pioneering mycelium-based construction materials and incubation technologies with machine learning acceleration.

Sensing for fungal growth optimization
European HQ

View company details

Pretzl Paulownia

Scaling phase

Integrating rapid growth Paulownia forestry with fungal inoculation to manufacture biomaterials.

Substrate innovation and supply chain integration
European HQ

View company details

Catalog

PRODUCTS

Industrial sensing & data infrastructure for mycelium R&D and production lines

Product line · MB-01

MycoBrain

EDGE · RT · AI-READY

Modular I/O · Sensor bus

The ultimate digitalization platform for Mycelium. Your command center for fungal research, precision biomaterials, and industrial process development.

MycoBrain is a modular sensor platform designed to gather raw data from mycelium. It integrates edge-computing hardware, real-time monitoring, and AI-ready data streams to give scientists and producers unprecedented control over fungal behavior.

Key features

01

Real-Time Monitoring

Continuously measures CO₂, temperature, humidity, substrate moisture, O₂ exchange, and growth dynamics.
02

Modular Sensor Architecture

Supports multiple sensor modules and peripheral gadgets for customized experiments and industrial monitoring.
03

Plug & Play

Designed for researchers, industrial operators, biotech labs, and innovators exploring fungal applications.
04 Roadmap

AI-Enhanced Insights

Predicts optimal conditions and detects stress factors.

VIEW 01 / 03

Select view · hardware states

Live signal · MB-01 Simulated trace

Ch A · CO₂ / growth Zoom 1.0× T: ~60µs/div

Custom mycelium material R&D — laboratory work

MODULE RD · 02

Coming soon

Hyphae lab Formulation pipeline

R&D module · not yet in production catalog

Service line · RD-02

Custom mycelium material R&D

Tailored material programs for teams that need validated recipes and batches before scale-up — same data discipline as MycoBrain.

Capabilities

01 Density tuning for construction / packaging / textiles
02 Mechanical, thermal, and moisture behavior optimization
03 Prototyping for client products
04 Small-scale batch production for validation

Who is this for?

Biomass Producers
Manufacturers looking to integrate mycelium
Designers and Architects
Residues management companies
Packaging Companies
Bio-materials companies

Contact us for a detailed quotation. You may find our simulation on this page useful for scope and biomass scenarios.

License Offering · L-01

Holistic data frameworks

For organizations already producing or planning to produce mycelium. This is a software and data license — not a hardware SKU — granting access to our integrated stacks under agreed terms.

Scope, seats, and integrations are defined per contract; includes collaborative support to reach operational maturity with coherent data and reproducible processes.

ENTITLEMENT

Framework access

Hyphae DB rights

Integration tier

· as per agreement

Included in the license

L-01-A

Data management infrastructure

Governed storage, lineage, and operational records across batches and sites.
L-01-B

Prediction and analytic stack

Models and dashboards for yield, risk, and process stability.
L-01-C

Access to our Hyphae DB

Structured fungal and substrate intelligence for R&D and production.
L-01-D

Sensor integration framework

Connect MycoBrain-class sensing and third-party devices into one stream.

Commercial use is subject to license terms. We help you align data governance, sensor feeds, and analytics with your production roadmap.

Discuss licensing

Visual

GALLERY

Cuatro vistas en bucle continuo. Pausa con preferencias de movimiento reducido. Pulsa una foto para ampliar.

Simulator

SIMULATOR

Completa los datos para estimar CO₂e, material y agua de proceso por ciclo — alineado al modelo interno del sitio.

Inputs

Tipo de biomasa *

Superficie (ha) *

Se usa para la intensidad biomasa / ha / ciclo.

Ciclo de cosecha (días) *

Sirve para extrapolar resultados a escala anual (365 / ciclo).

Biomasa fresca por ciclo (kg) *

Masa húmeda procesada en un ciclo; el modelo estima materia seca → producto → agua y CO₂e.

Resultados

Valores por ciclo de cosecha , coherentes entre sí (misma cadena biomasa → materia seca → producto).

CO₂e (estimado) 0 kg / ciclo

Ligado a la masa de producto obtenida (factor CO₂e / kg producto).

Material compuesto — / ciclo

Desde materia seca con rendimiento fijo; el tipo de biomasa ajusta la fracción seca y el rendimiento.

Agua de proceso — / ciclo

Litros por kg de materia seca procesada.

Nota: simulación orientativa. CO₂e, agua y masa de producto están acoplados al mismo flujo de materia; los valores reales dependen del proceso y del análisis de ciclo de vida.

We are looking for you!!

We combine scientific knowledge, edge technology and disruptive business approaches creating the perfect environment for mycelium to thrive. We are actively collaborating with:

Biomass producers / Waste management companies

We offer an industrial approach capitalizing underused biomass.

Creating a positive impact on economy and environment. We work with partners to develop solutions that fit existing production systems, enhancing resource capitalization and Biomass management.

Fungal investigation

Enhance accuracy and reproducibility in studies.

Promote a proven methodology for mycelium management. Unlock ultra-sensitive measurements capturing subtle metabolic and environmental changes in real time.

For Professionals & Institutions — A tool built for universities, labs, and independent researchers.