ES10 Compact Laboratory Electrospinning System

Compact Electrospinning for Glovebox-Based Research

The ES10 Compact Laboratory Electrospinning System is a space-efficient electrospinning platform designed for laboratory research and integration inside gloveboxes or other controlled-atmosphere environments.

Its compact configuration makes it particularly suitable for researchers working with air-sensitive, moisture-sensitive, oxygen-sensitive, or otherwise atmosphere-controlled materials. By bringing electrospinning directly into the glovebox, researchers can prepare nanofibers without repeatedly transferring sensitive samples between controlled and ambient environments.

The ES10 is designed for laboratory-scale development, material screening, process optimization, and proof-of-concept research involving electrospun nanofibers.

Key Features

• Glovebox-Compatible Design – Compact footprint suitable for integration inside laboratory gloveboxes and controlled-atmosphere workstations.
• Laboratory-Scale Electrospinning – Designed for research and development of electrospun nanofibers and nanostructured materials.
• Space-Saving Configuration – Optimized for applications where glovebox workspace is limited.
• Controlled-Atmosphere Processing – Enables electrospinning experiments under an inert or otherwise controlled atmosphere when properly integrated with a compatible glovebox.
• Flexible Research Applications – Suitable for polymer nanofibers, functional materials, membranes, coatings, energy materials, and other electrospinning research.
• Research-Friendly Operation – Designed to provide researchers with a practical platform for process development and parameter optimization.
• Compact Laboratory Footprint – Easier to incorporate into existing experimental workflows compared with larger floor-standing electrospinning systems.

Typical Applications

The ES10 can be used for research involving:

• Nanofiber fabrication
• Polymer and composite nanofibers
• Functional membranes
• Battery and energy-storage materials
• Fuel-cell and separator materials
• Sensors and functional coatings
• Biomedical and tissue-engineering materials
• Air- and moisture-sensitive materials
• Inert-atmosphere material processing
• Laboratory-scale materials research and development

Why Use Electrospinning Inside a Glovebox?

Conventional electrospinning is normally performed under ambient laboratory conditions. For materials that are sensitive to oxygen or moisture, however, exposure to ambient air can affect material properties, morphology, reproducibility, or experimental results.

The ES10 provides a compact approach for integrating electrospinning into a controlled-atmosphere workflow, helping researchers maintain the desired experimental environment from material preparation through fiber fabrication.

Product Positioning

The ES10 is intended as a research-grade laboratory instrument, rather than a high-throughput production electrospinning system. Its compact form factor makes it particularly appropriate for universities, research institutes, corporate R&D laboratories, and laboratories where glovebox-based processing is required.

Please contact us for configuration options, glovebox integration requirements, electrical specifications, and application-specific customization before ordering.