ES30 Advanced Laboratory Electrospinning System

The ES30 Advanced Laboratory Electrospinning System is a compact and versatile desktop electrospinning platform designed for laboratory-scale fabrication of uniform nanofiber membranes and functional nanoparticle coatings.

With a small footprint and flexible configuration, the ES30 can be easily placed on a laboratory bench or installed inside a fume hood, making it suitable for research involving high-performance polymers and organic solvents with potential toxicity.

Equipped with an integrated touchscreen control system, the ES30 provides convenient operation and precise control of electrospinning parameters, enabling researchers to efficiently develop advanced materials for applications in new materials, biomedical engineering, energy storage, functional textiles, filtration membranes, and surface coatings.

The system supports interchangeable single needle, multi-needle, and coaxial needle configurations, allowing researchers to explore various nanofiber structures and composite materials. Multiple nanofiber collectors are available to meet different experimental requirements, including aligned fibers, random fiber mats, and specialized structures.

Key Features

Compact Desktop Design

• Space-saving laboratory platform suitable for research environments
• Can be installed inside a fume hood for experiments using volatile or organic solvents
• Ideal for universities, research institutes, and industrial R&D laboratories

Precise Nanofiber Fabrication

• Adjustable nanofiber diameter range: 20–1000 nm
• Enables controlled fabrication of uniform nanofiber membranes and coatings
• Suitable for a wide variety of electrospinning research applications

Flexible Material Compatibility

• Compatible with 100+ electrospinnable materials
• Supports polymers, composites, functional materials, and advanced formulations
• Suitable for developing next-generation nanostructured materials

Modular Needle Configurations

• Replaceable needle modules:
  • Single needle electrospinning
  • Multi-needle electrospinning
  • Coaxial electrospinning
• Enables fabrication of:
  • Core-shell nanofibers
  • Composite nanofibers
  • Functional nanofiber structures

Intelligent Touchscreen Control

• Integrated touchscreen interface
• Simple parameter adjustment and operation
• Improved experimental repeatability and efficiency

Typical Applications

New Materials Research

• Polymer nanofibers
• Composite materials
• Functional nanostructures

Biomedical Engineering

• Tissue engineering scaffolds
• Drug delivery systems
• Biomedical membranes

Energy Applications

• Battery separator membranes
• Supercapacitor materials
• Energy storage research

Functional Textiles

• Protective textiles
• High-performance fiber materials
• Smart textile development

Functional Membranes

• Filtration membranes
• Separation materials
• Surface functional coatings

Technical Highlights

Package Includes

• ES30 Advanced Laboratory Electrospinning System
• Standard needle assembly
• Electrospinning collector
• Touchscreen control module
• Power supply system
• User operation manual

(Customized configurations and additional collectors are available upon request.)