IP Portfolio

System for manufacturing a composite fiber structure

System for manufacturing composite fiber structures. CIC nanoGUNE technology, selected by ETPN, 5 machines sold in 2020.

Method for producing crystalline cellulose

Method for producing crystalline cellulose. Innovative technology by UPV-EHU, licensed to Evolgene.

Conductive cellulose composite materials and uses thereof

Conductive cellulose composites: nanoGUNE's sustainable materials with electrical properties for smart packaging and biodegradable electronics applications.

Novel lytic polysaccharide monooxygenase and uses thereof

Method for producing self-healing organic inorganic materials

Additive Manufacturing System

Endocellulases and uses thereof

Pioneering endocell research: nanoGUNE designs breakthrough therapies and biomedical applications. Explore our nanotechnology-driven solutions.

Method for the production of a conductive graphene-based ink and product thereof

Ancestral cellulases and uses thereof

Exploring ancient cells: nanoGUNE develops cutting-edge technologies to reinvent historical cell applications. Discover groundbreaking research.

Flow Cells for Liquid-Phase Transmission Electron Microscopy and Methods

Flow cells for TEM in liquid: nanoGUNE’s innovative methods for liquid-phase transmission electron microscopy.

Method for producing organic-inorganic hybrid materials

Magnetic particle manipulation in vessels: nanoGUNE's novel technology for domain wall propagation studies in microfluidics and biomedical applications.

Acceleration unit for high mass ions and high mass ion detector

A highly corrosion protective thin bi-layer stack for steel

Discover nanoGUNE's innovation: corrosion-resistant double-layer coating for steel protection. Cutting-edge nanotechnology for industrial applications.

Composite nucleic acid-fiber material for data storage

Method for extracting a transverse magneto-optic effect signal

Transverse magneto-optical signal extraction: nanoGUNE's novel method for detecting nanoscale magnetic phenomena with enhanced sensitivity and resolution.