E-Fiber Electrospinning System – Advanced Version

E-Fiber Electrospinning System – Advanced Version

E-Fiber electrospinning system – Advanced Version


E-Fiber electrospinning advanced version is optimal for research centers, companies and universities whose needs are to produce nanomaterials intended both for commercial and research purposes.

E-Fiber is a fully-customisable electrospinning platform consisting of injection stages and application-specific collectors (static or movable), for the laboratory-scale manufacturing of polymeric-nanofibrous matrices. This device creates a powerful and highly versatile technique for the creation of various fibrous architectures with controlled fibre diameter and orientation. Its technology minimises influence on the electrospinning process. E-fiber offers various technological solutions to accurately control each process guaranteeing batch-to-batch reproducibility and precise control of fibre parameters such as diameter, orientation and texture.

The equipment is user-friendly and safe thanks to the automatic safety devices that protect the operator.

E-Fiber avanced version, includes:
– Different kind of enclosure (including desktop fume-hood) avaiable also with free standing support (Standalone Version)
– high voltage power supply*: 0-40kVolt / ±40kV
– control system with LCD console
– 2-channel syringe pump* with external control
– insultating base with distance adjusting
– double spinneret support
– Coaxial spinneret
– collector support
– disposable kit

Disposable kit includes 2 stainless steel spinneret of 2 different diameters, 100 syringes, tygon/ptfe tubing (7.5m), polypropylene male and female luer connectors (15+15).

System can be equipped with a TUV certified fume-hood with active carbon filter (customizable for specific solvent and chemical agents).

* customizable on request

Check “Additional Information” tab to verify available standard options.


Additional information

Package Weight

100 kg

Package Dimensions

80 x 80 x 150 cm

High Voltage Option

0 ÷ 40, ±40kV

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