ES50-U Pilot Ultrasonic Electrospinning System – Advanced Vertical Nanofiber Fabrication Platform

The ES50-U Pilot Ultrasonic Electrospinning System is an advanced vertical laboratory platform designed for pilot-scale fabrication and process development of nanofiber membranes, nanoparticle coatings, and functional nanostructured materials.

Combining a spacious vertical workstation with ultrasonic nozzle technology, modular collector configurations, dual high-voltage power supplies, and dual precision liquid feeding systems, the ES50-U provides researchers with a highly flexible platform for developing complex nanomaterials with precisely controlled morphology.

The system supports multiple ultrasonic spraying and electrospinning configurations, enabling the fabrication of advanced structures including core-shell nanofibers, hollow nanofibers, side-by-side fibers, porous fibers, and highly aligned nanofiber membranes.

Equipped with an intelligent temperature and humidity control system, the ES50-U maintains stable electrospinning conditions, reduces process fluctuations caused by environmental changes, and improves experimental repeatability.

Designed for universities, research institutes, and industrial R&D centers, the ES50-U is an ideal platform for advanced materials research, biomedical engineering, energy storage, functional textiles, membrane technology, and nanotechnology development.

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Key Features

Advanced Vertical Ultrasonic Electrospinning Platform

The ES50-U combines a large vertical working space with ultrasonic electrospinning capability.

Advantages:

• Large experimental workspace
• Flexible arrangement of multiple ultrasonic nozzles and collectors
• Suitable for advanced nanomaterial development
• Designed for pilot-scale laboratory research

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Multi-Ultrasonic Nozzle & Collector Configuration

The ES50-U supports multiple ultrasonic nozzle systems and customized collection modules.

Nozzle Options:

• Ultrasonic spray nozzle
• Multi-ultrasonic nozzle configuration
• Coaxial nozzle
• Multi-needle nozzle
• Customized nozzle assemblies

Collector Options:

• Flat plate collector
• Rotating drum collector
• High-speed rotating collector
• Aligned fiber collector
• Customized collectors

This modular architecture enables researchers to create nanomaterials with different morphologies and structures.

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Dual High Voltage & Dual Liquid Feeding System

The integrated dual-channel design provides precise control for advanced nanofiber fabrication.

System features:

• Dual high-voltage power supplies
• Dual precision syringe pumps
• Independent process parameter adjustment

Enables fabrication of:

• Core-shell nanofibers
• Hollow nanofibers
• Side-by-side nanofibers
• Porous nanofibers
• Highly oriented nanofiber membranes
• Composite nanomaterials

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Precision Temperature & Humidity Control

The ES50-U integrates an intelligent environmental control system to maintain stable spinning conditions.

Features:

• High control accuracy
• Fast response speed
• Real-time environmental monitoring

Effectively minimizes:

• Solution dripping
• Droplet formation
• Fiber adhesion
• Morphology instability

Benefits:

• Controlled fiber diameter
• Improved sample consistency
• Enhanced experimental reproducibility

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Expandable Pilot-Scale Modules

The ES50-U can be upgraded with additional modules for advanced applications.

Multi-Channel Micro/Nano Tube Fabrication

Capable of producing:

• Multi-channel microtubes
• Nanotube structures
• Hollow functional materials

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Tubular Nanofiber Fabrication

Supports:

• Tubular nanofiber membranes
• Hollow fiber structures
• Advanced biomedical and filtration materials

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Roll-to-Roll Continuous Nanofiber Production

Optional upgrade enables:

• Continuous nanofiber membrane fabrication
• Pilot production evaluation
• Process scale-up studies

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Applications

Advanced Materials Research

• Functional nanomaterials
• Composite fibers
• Surface modification coatings

Biomedical Engineering

• Tissue engineering scaffolds
• Drug delivery systems
• Biomedical membranes

Energy Storage

• Battery separator materials
• Electrode materials
• Supercapacitor components

Functional Textiles

• Protective textiles
• High-performance fibers
• Smart textile materials

Membrane Technology

• Filtration membranes
• Separation materials
• Functional coatings

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Technical Specifications

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Package Includes

• ES50-U Pilot Ultrasonic Electrospinning System
• Ultrasonic nozzle module
• Dual syringe pump system
• Dual high-voltage power supply
• Standard collector system
• Environmental control module
• Touchscreen control interface
• User operation manual

(Additional ultrasonic nozzles, collectors, and scale-up modules are available as optional accessories.)