Nanofiber Electrospinning Device，nanofiber electrospinning equipment NEU

Whats/App: +86 156 1874 6768

Web: standard-groups.com

The Nanofiber Electrospinning Device is designed to fabricate nanofibers with diameters ranging from 50 to 800 nm using electrospinning technology. It enables rapid production of high-uniformity fibers from small amounts of polymer. The unit is widely used in research and development of filters, fuel cells, nanofilms, composite materials, biomedical scaffolds, and other nanotechnology applications.

Application

Materials Science: nanofiber membranes, composite material reinforcement

Filtration and Separation: air filters, high-performance liquid separation membranes

Energy Technology: fuel cells, dye-sensitized solar cells, battery separators

Biomedicine: artificial skin, artificial leather, cell culture scaffolds

Electronics and Optoelectronics: nanowires for IC chips, organic EL films

Catalysis and Functional Materials: nanocatalyst carriers, ion exchange membranes

Fibers and Textiles: high hand-feel fibers and films

Research & Development: nanofiber structure studies, nanofilm fabrication, fiber surface area enhancement

Standard

T/YNIA 017-2023 "Electrospun Nonwoven Air Filter Materials"

Technical Parameters

Parameter	Specification
Dimensions / Weight	W900 × D750 × H1080 mm / approx. 120 kg
Power Supply	AC100V, max. 80 W (must be grounded)
Operating Environment	Temperature 10–40°C, humidity 30–70% RH, non-condensing
DC High-Voltage Power Supply	0–39 kV digital display, leakage current Max. 500 μA
Exhaust Fan	Multi-blade (scirocco) fan
Injection Pump Capacity	Standard 20 ml, up to 3 pumps
Injection Speed	0.000–0.500 mm/min (stable range 0.030–0.250 mm/min)
Injection Movement Speed	0–300 mm/min
Injection Target Range	0–200 mm (standard)
Injection Distance	Horizontal 45°, vertical adjustable up to 150 mm
Drum Size	Diameter 100 mm, width 330 mm
Drum Circumferential Speed	0–9.00 m/min
Safety Measures	Spark limiter (stops above 500 μA), valve interlock

Features

Controlled Fiber Diameter: produces fibers from 50 to 800 nm with high uniformity and reproducibility

Multi-Polymer Compatibility: small polymer quantities can produce nanofibers rapidly

High Safety Design: spark limiter and valve interlock ensure safe high-voltage operation

Controllable Injection System: adjustable pump speed, movement speed, and injection distance

Drum Collection Device: enables continuous winding or batch collection

Broad Application Scope: suitable for automotive, energy, electronics, biomedical, catalysis, and textile research

Accessories

Accessory / Consumable	Function
Injection Pump (20 ml)	Nanofiber material injection and speed control
Drum Collector	Nanofiber collection and winding
Electrode Capillary	Electrospun fiber formation
High-Voltage Power Supply	Provides electrospinning electric field
Exhaust Fan	Removes solvent vapor and volatile substances
Safety Device	Spark limiter, valve interlock for operational safety

Test Procedures / Working Principle

The unit uses electrospinning to form continuous polymer fibers under a high-voltage electric field. Polymer solution or melt is ejected from the positive electrode to the grounded collector, forming continuous nanofibers on the collector plate or drum. Fiber diameter, spinning speed, injection distance, and voltage are adjustable.

Operation Steps:

Set workspace temperature and humidity

Install injection pump(s) and drum collector

Configure pump speed, movement speed, and deposition distance

Activate high-voltage power supply

Observe fiber deposition and adjust parameters as necessary

After completion, turn off power and collect fibers

Maintenance Information

Clean injection pump and electrode capillary regularly to avoid clogging

Inspect drum collector and electrodes before each use

Ensure proper grounding and check insulation of high-voltage components

Keep workspace dry and free from condensation

Store unit in a dust-free environment when not in use

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