Nanospin's electrospinning solutions enable innovation across a broad and growing range of industries — from life-saving medical devices to next-generation energy storage and sustainable cosmetics.
Applications where we have active development or ongoing production work underway today.
Electrospun structures for next-generation topical cosmetic delivery — precise skin-contact application, sustained release, and enhanced active ingredient absorption. In co-development with an international luxury personal care brand.
High-performance membrane filters engineered to capture microplastic particles from freshwater and wastewater streams — one of the most critical unsolved challenges in environmental water treatment globally.
Ceramic-based films for high-performance energy storage in defence applications — combining electrochemical performance with the thermal stability and reliability demanded by mission-critical environments.
Electrospun functional films generating electrical energy from mechanical motion — enabling self-powered wearables, smart textiles, and autonomous sensor systems. Supported by Ministry of Textiles grant.
Proven application domains supported by our electrospinning systems and contract production services.
High-efficiency membranes for air filtration, liquid separation, and ultrafiltration — superior permeability and selectivity over conventional media.
Filtration layers for N95, FFP2, and specialty respirators — superior particle capture efficiency with minimal breathing resistance.
Biocompatible electrospun scaffolds mimicking the native extracellular matrix — for wound care, regenerative medicine, and vascular applications.
Electrospun vehicles for controlled, sustained, and localised drug release in pharmaceutical and therapeutic applications.
Electrodes and separators for batteries, supercapacitors, and fuel cells — high surface area and electrochemical performance for next-gen energy systems.
Responsive coatings for chemical, biological, and environmental detection — exceptional sensitivity and rapid response times.
Lightweight functional textile layers with moisture management, antimicrobial, and structural reinforcement properties for technical applications.
Flexible systems and expert technical support for novel research across materials science, polymer chemistry, and nanotechnology.
Working with an international luxury personal care brand, Nanospin is co-developing electrospun structures for next-generation topical cosmetic products — creating advanced delivery systems for active skincare ingredients.
Developing high-performance membrane filters engineered to capture microplastic particles from freshwater and wastewater streams — targeting one of the most critical unsolved challenges in environmental water treatment globally.
Development of advanced ceramic-based films for high-performance energy storage in defence applications — combining electrochemical performance with the thermal stability demanded by mission-critical environments.
Supported by a Ministry of Textiles grant, Nanospin is developing triboelectric films — electrospun functional layers generating electrical energy from mechanical motion. Targeted at self-powered wearables, e-textiles, and autonomous sensor systems.
Tell us about your project — our team will identify the right materials, process, and system.