The ES30-U Advanced Ultrasonic Electrospinning System is a versatile desktop research platform designed for the fabrication of advanced nanofiber membranes, nanoparticle coatings, and complex nanostructured materials.

Featuring an innovative ultrasonic nozzle electrospinning module, multiple interchangeable spinnerets, and a variety of collector configurations, the ES30-U provides researchers with exceptional flexibility for developing next-generation nanomaterials with controlled morphology and performance.

Designed for advanced laboratory research, the ES30-U integrates dual high-voltage power supplies, dual precision syringe pumps, and an intelligent environmental control system, enabling the fabrication of sophisticated nanostructures including core-shell fibers, hollow fibers, side-by-side fibers, porous fibers, and highly aligned nanofiber membranes.

With its expanded workspace and modular architecture, the ES30-U serves as a powerful platform for universities, research institutes, and industrial R&D laboratories working in advanced materials, biomedical engineering, energy storage, functional textiles, filtration membranes, and nanotechnology applications.

Key Features

Advanced Ultrasonic Nozzle Electrospinning Technology

• Equipped with ultrasonic spray/electrospinning capability
• Enables advanced control of solution atomization and fiber formation
• Suitable for producing fine nanofibers, nanoparticles, and functional coatings
• Supports research involving challenging materials and complex formulations

Multi-Functional Desktop Research Platform

• Large working space for flexible experimental configurations
• Supports multiple nozzle types:
  • Conventional needle nozzle
  • Multi-needle nozzle
  • Coaxial nozzle
  • Ultrasonic nozzle
• Compatible with various nanofiber collectors:
  • Flat plate collector
  • Rotating drum collector
  • Aligned fiber collector
  • Customized collection systems

Dual Power Supply & Dual Pump Configuration

The integrated dual-system design enables advanced nanostructure fabrication:

• Dual high-voltage power supplies
• Dual precision liquid feeding pumps
• Independent parameter control

Supports fabrication of:

• Core-shell nanofibers
• Hollow nanofibers
• Side-by-side nanofibers
• Porous nanofibers
• Highly aligned nanofiber membranes
• Composite nanostructures

Intelligent Environmental Control System

The ES30-U features precise temperature and humidity monitoring and control to improve experimental stability.

Benefits include:

• High control accuracy
• Fast environmental response
• Reduced risks of:
  • Solution dripping
  • Droplet formation
  • Fiber adhesion
  • Unstable spinning conditions

Ensures:

• Better morphology control
• Improved sample consistency
• Higher experimental reproducibility

Expandable Modular Design

Through optional accessories, the ES30-U can be upgraded for additional applications:

Micro/Nano Tube Fabrication

• Multi-channel micro/nanotube structures
• Hollow tubular nanomaterials

Tubular Nanofiber Production

• Continuous tubular fiber fabrication
• Specialized biomedical and filtration applications

Roll-to-Roll Nanofiber Production

• Continuous nanofiber membrane fabrication
• Scale-up research and industrial development

Applications

Advanced Materials Research

• Nanocomposites
• Functional coatings
• Smart materials

Biomedical Engineering

• Tissue engineering scaffolds
• Drug delivery systems
• Biomedical membranes

Energy Storage

• Battery separators
• Electrode materials
• Supercapacitor materials

Functional Textiles

• Protective fabrics
• High-performance textiles
• Functional fiber coatings

Membrane Technology

• Filtration membranes
• Separation materials
• Surface modification

Technical Specifications

Package Includes

• ES30-U Advanced Ultrasonic Electrospinning System
• Ultrasonic nozzle module
• Standard electrospinning nozzle assembly
• Dual syringe pump system
• High-voltage power system
• Standard collector
• Touchscreen control interface
• User manual

(Additional collectors and advanced modules available separately.)