SPINBOX: The easy & fun
electrospinning system for beginners

More information

Spinbox
The ideal entry level electrospinner system for basic R&D with electrospinning-electrospraying

It is ideal electrospinner lab equipment for new solutions in early stages of your R&D project.

Any concept-tested solution in Spinbox can be eventually moved to equipment in the Fluidnatek range for optimisation and scaling.

Cost-effective and safe electrospinner for users with little experience in electrospinning or using professional electrospinning lab equipment.

In terms of user safety, the Spinbox electrospinning system offers safety measures that any home-built system: closed chamber, exhaust ventilation system, safety interlock in case anyone opens the door (total shutdown), a design that prevents static electricity discharges, compliant with EU regulations on electrical safety, etc. Professional electrospinner providing high safety levels.

If you have little experience in electrospinning, we provide 3 pre-configured Spinbox Kits to meet anyone’s needs and budget: Basic Spinbox Kit, Intermediate Spinbox Kit, and Advanced Spinbox Kit. Select the electrospinner configuration that suits you best!

SPINBOX

Technical information

See all the features in our technical information sheet.

Single emitter processing

Electrospun membrane deposited onto a drum collector

Spinbox cabinet

Research Powered by our Equipment

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Biomimetic freestanding microfractals for flexible electronics
A biomimetic electrospinning method replicates leaf microfractals into conductive, transparent, and stretchable structures, used as pressure sensors in electronic skin with excellent durability and skin conformity. 2025
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Influence of Different Solvents on the Mechanical Properties of Electrospun Scaffolds
This study analyzed how different solvents affect PCL nanofiber scaffolds' mechanical properties, identifying chloroform as optimal for producing strong, homogeneous fibers suitable for tissue engineering. 2024
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Fabrication of Multifunctional Composite Nanofibers by Green Electrospinning
This study uses green electrospinning to create multifunctional nanofibers with well-distributed inorganic nanoparticles, enabling tunable composition without affecting fiber morphology, ideal for sensing and biomedical applications. 2023
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Electrospun Fibers from Biobased and Recycled Materials for Indoor Air Quality Enhancement
This study developed eco-friendly electrospun PLA/MCC air filters with activated carbon, achieving up to 98% PM removal and 55% VOC reduction in real-room tests. 2025
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Stability of fish oil-loaded nanocapsules produced by Electrospraying
Encapsulation of fish oil using monoaxial electrospraying with kafirin or zein proteins yields nanoscale capsules, with zein providing better morphology, oxidative stability, and encapsulation efficiency. 2024
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Affection in properties of hydrophilic nanofibers by incorporating drugs
This study explores how different model drugs affect the properties of hydrophilic electrospun nanofibers, highlighting the role of drug solubility and hydrophilicity in fiber morphology and performance. 2024
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