ELECTROSPINNING

TECHNOLOGY 

Electrospinning consists of the deposition of fibers on a substrate through the application of a high voltage between a polymer solution and the sample. The polymer solution, usually deposited inside a syringe with a specific needle gauge, forms a jet driven by the electrostatic potential and is deposited on the substrate, that is connected to 0 potential (ground). The thickness of the resulting fibers can vary from the micrometer to few nanometers. The thickness depends on some variables that must be precisely controlled in order to obtain a satisfactory coating.

The most important factors of the electrospinning process are the nature and viscosity of the solution, the applied voltage, the collector distance, the flow rate, the syringe gauge and the time of deposition. Rotatory collectors are also used to obtain coherent fiber directions.

Choose your preffered type of collector.

Adjust the different parameters to obtain fibers.

What type of syringes suits your needs?

MORE OPTIONS AVAILABLE

Software interface

Complete control of the different available options

Flow rate

Needle distance

Voltage

Rotating Speed

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Save your formulas for further uses

You can save presets and configurations: sizes, types of heads, working temperatures, working materials. Materials are adapted depending on what you are going to use.

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    THEY ALREADY TRUST US

    A lot of parameters can be adjusted, large range of speed.
    University of Pisa, Italy
    Very intuitive and easy to manipulate
    Public University of Navarra, Spain
    Versatile, simple to use
    Institute of Polymer Materials and Technology, Kazakhistan
    Simplicity of using and not so much space dedicated to in the lab CNRS
    Centre National de la Recherche Scientifique, France
    Simplicity of design
    Nanyang Technological University, Singapore
    Efficient, easy to use
    CETIM, Spain
    Practical
    Freie Universität Berlin, Germany