ES50 Advanced Vertical Electrospinning System for Pilot Nanomaterial Research

The ES50 Pilot Electrospinning System is an advanced vertical laboratory electrospinning platform designed for pilot-scale research and development of nanofiber membranes, nanomaterial coatings, and functional nanostructures.

Featuring a spacious vertical workstation, modular nozzle configuration, and multiple collector options, the ES50 provides researchers with a flexible platform for developing and optimizing next-generation nanomaterials before scale-up production.

The system integrates dual high-voltage power supplies and dual precision liquid feeding pumps, enabling the fabrication of complex nanostructures including core-shell fibers, hollow fibers, side-by-side fibers, porous fibers, and highly aligned nanofiber membranes.

With precise temperature and humidity control, the ES50 ensures stable electrospinning conditions, minimizes common issues such as solution dripping, droplet formation, and fiber adhesion, and improves sample consistency and experimental reproducibility.

Designed for advanced research laboratories, universities, and industrial R&D centers, the ES50 is suitable for applications in advanced materials, biomedical engineering, energy storage, functional textiles, filtration membranes, and nanotechnology development.

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Key Features

Vertical Pilot Laboratory Platform

The ES50 features a spacious vertical design optimized for advanced electrospinning experiments.

Advantages:

• Larger working area compared with desktop electrospinning systems
• Flexible installation of multiple nozzles and collectors
• Suitable for complex experimental setups
• Designed for laboratory-scale process development

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Modular Multi-Nozzle Electrospinning System

The ES50 supports various electrospinning configurations:

Available Nozzle Options:

• Single needle nozzle
• Multi-needle nozzle
• Coaxial nozzle
• Customized nozzle modules

Collector Options:

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

This modular design allows researchers to produce nanomaterials with different structures and morphologies.

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Dual High Voltage & Dual Pump System

The integrated dual-channel system provides enhanced flexibility for advanced nanomaterial fabrication.

Features:

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

Enables fabrication of:

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

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Advanced Environmental Control System

The ES50 is equipped with a high-precision temperature and humidity control system.

Benefits:

• Accurate environmental regulation
• Fast response speed
• Stable electrospinning conditions

Helps prevent:

• Solution spraying instability
• Droplet formation
• Fiber sticking
• Morphology variation

Ensures:

• Controlled fiber diameter
• Stable nanofiber morphology
• Repeatable experimental results

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Expandable Pilot-Scale Capabilities

The ES50 can be upgraded with optional modules for advanced fabrication:

Micro/Nano Tube Fabrication

• Multi-channel micro/nanotubes
• Hollow tubular structures

Tubular Nanofiber Production

• Continuous tubular nanofiber fabrication
• Advanced membrane structures

Roll-to-Roll Nanofiber Production

• Continuous nanofiber membrane preparation
• Pilot-scale process evaluation
• Scale-up research

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Applications

Advanced Materials

• Nanocomposite materials
• Functional coatings
• Smart materials

Biomedical Engineering

• Tissue engineering scaffolds
• Drug delivery materials
• Biomedical membranes

Energy Storage

• Battery separator membranes
• Electrode materials
• Supercapacitor materials

Functional Textiles

• Protective textiles
• High-performance fibers
• Functional coatings

Membrane Technology

• Filtration membranes
• Separation materials
• Surface modification

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Technical Specifications

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Package Includes

• ES50 Pilot Electrospinning System
• Dual syringe pump module
• Dual high-voltage power supply
• Standard nozzle assembly
• Standard collector system
• Environmental monitoring module
• Touchscreen control system
• User manual

(Optional collectors and scale-up modules available separately.)