• A desktop electrospinning machine with large space and rich functions;

• Allows the use of multiple nozzles and collection devices to prepare nanomaterials with different morphologies;

• Built-in dual high voltage power supply and dual injection pumps, prepare various nanostructures: core-shell structure, hollow structure, side-by-side structure, porous structure, high orientation and other nanofiber membrane and nanoparticle coating;

• By purchasing optional accessories can be prepared: multi-channel micro/nano tube, tubular nanofiber, continuous roll to roll nanofibers;

• High temperature and humidity controllable precision and fast response speed, prevent liquid spraying, drip and wire hanging, ensuring experimental sample morphology is controllable and results are repeatable.

Dual high voltage power supply

• Positive high voltage power supply: DC 0 ～ +30KV (Optional 50KV)

• Negative high voltage power supply: DC 0 ～ -30KV

• Can open/close door break high voltage function.

Built-in two three-channel precision liquid supply pumps

• It can be controlled independentil and is suitable for the preparation of multi-material composite samples.

• The accuracy is 0.01ml/h.

• Injection pump withstand pressure: 50kv, no discharge.

• Injection pump length: 210mm, saving spinning space.

High speed roller collection device

• Effective width 200mm, diameter ø80mm.

• Speed: 0 ~ 3000r/min adjustable, servo motor control, high precision and stable speed, speed error ≤1rpm.

• High speed collection roller voltage resistance: 50KV, no discharge.

• High speed collection roller weight: 2kg, to ensure the collection module long-term use without deformation and long service life.

• Radial runout value of high-speed collection roller: ≤0.15mm, to ensure stable receiving distance, roller bearing is not easy to damage and vibration noise is small.

Environmental control

• Standard with nano far-infrared electric heating plate, precise temperature control.

• Standard inert gas access control system.

• Exhaust control: Timed exhaust and adjustable wind speed, with a non-return valve to avoid the loss of inert gas.

• Can be equipped with integrated refrigeration and dehumidifier, suitable for temperature-sensitive material system experiments.

• Can be equipped with environmental humidification system, ensure the spinning stability of water-based materials can be controlled.

Timed control

• Control experiment time.

• Record, save and import historical experimental data.(to facilitate experimental reproduction)

• Data can be automatically saved after power failure.

• Timed shutdown.

Safety guarantee system

• Manufacturer remote access device function, ensure after-sales worry-free, users can choose to open or close.

• Organic waste gas emission: Avoid electric shock, fire, explosion and other accidents caused by charge accumulation, and avoid organic waste gas leakage affecting health.

• Open/close door break high voltage function.(Optional)

Air flow spinning

• Used to speed up the spinning process and produce nanofibers in large quantities.

Electrostatic spray

• Standard air flow electrostatic spray nozzle. (Air source provided)

• Can be added with ultrasonic electrostatic atomization system to achieve multi-structure, multi-material composite materials in one molding preparation.

Oriented fibers

• Various forms of ordered nanofibers can be obtained by controlling electric field, adding magnetic field and changing the receiving device of electrospinning, applied to tissue engineering scaffolds, electronic components of optoelectronic devices, chemical sensors and cell oriented media.