A modular design, functional rich experimental equipment;
Nanomaterials with different morphologies can be prepared by using multiple nozzles and multiple collection devices;
A variety of nanomaterials can be prepared, such as core-shell nanofibers, hollow nanofibers, side by side nanofibers, porous nanofibers, aligned nanofibers, nanoparticle;
It can be used to prepare multi-channel micron/nanotube, tubular nanofibers, large area nanofibers membrane by other optional configurations;
To meet the experimental conditions of electrospinning preparation of most materials, the temperature and humidity of the machine can be controlled in high precision and quickly.
Electrospinning instrument E06 introduction
(1) A modular design, functional rich experimental equipment.
(2) Nanomaterials with different morphologies can be prepared by using multiple nozzles and multiple collection devices.
(3) A variety of nanomaterials can be prepared, such as core-shell nanofibers, hollow nanofibers, side by side nanofibers, porous nanofibers, aligned nanofibers, nanoparticle.
(4) It can be used to prepare multi-channel micron/nanotube, tubular nanofibers, large area nanofibers membrane by other optional configurations.
(5) To meet the experimental conditions of electrospinning preparation of most materials, the temperature and humidity of the machine can be controlled in high precision and quickly.
Electrospinning instrument features
(1) Stable: The built-in dehumidifier and syringe pump ensure the optimum spinning environment, to prevent problems such as spraying, dripping, and the growth of flocculent nanofiber stacks.
(2) Intelligence: Color touch screen integrated digital control system.
(3) Safety: Safe intake and exhaust automatic device to protect human health.
(4) Efficiency: Optional special nozzle to quickly prepare uniform nanofiber membrane.
(5) Digitalization: The experimental time controllable, with the function of recording and saving experimental data.
Electrospinning high voltage power supply:
(1) Output voltage: DC 0~ +30KV、Current: <1mA、Input voltage: 220V±10%.
(2) Output voltage: DC -30～0KV、Current: <1mA、Input voltage: 220V±10%.
(3) Controllable parameters on the device operator panel.
Syringe pump for electrospinning
(1) There are two built-in syringe pumps, both of which are one-push three (three-channel) syringe pumps, which can be independently controlled.
(2) Can switch between automatic and manual liquid supply modes.
(3) Large thrust: suitable for high-viscosity solutions.
(4) Effectively isolated from solution to avoid being corroded by solution, make pump have a long service life.
(5) High voltage electrostatic protection design is adopted to avoid the discharge problem when the high voltage value is too high, and meet the requirements of the process parameters for spinning.
Electrospinning nanofiber collector
(1) High speed roller collector: aligned nanofibers preparable; Lightweight design, net weight is only 1.5 kg for high speed and high precision.
(2) L-shaped flat collector: to collect nanofibers on a flat surface for rapid experiments.
(3) Roller collector: effective width 200mm, diameter ø80mm; roller speed: 100 ~ 3000r/min adjustable.
(4) Flat collector: L-shaped 180mm*220mm.
There are other nanofiber collection devices available for selection. Tube collectors, cage collectors, disc collectors, parallel electrode collectors, and small continuous rewinding and unwinding device can be flexibly added according to user needs.
X-Y-Z axis motion system
(1) X-axis manual displacement spinning stroke range: 50 ~ 250mm.
(2) Y-axis automatic motion platform: reciprocating stroke 200mm; positioning accuracy ≤ 0.03mm.
(3) Z-axis manual lifting platform: 0 ~ 100mm adjustable.
Internal environmental control system
(1) Nano far-infrared microcrystalline electric heating plate: infrared radiation principle, stable heating, strong penetration, fast heating speed, promote the spinning process of solvent volatilization; heating efficiency is 2-3 times higher than the traditional electric heating plate, which is more energy saving; Equipped with a strong fan, in order to make the internal temperature of the machine more uniform.
(2) Fast and precise control of spinning environment temperature or humidity, to ensure the optimal spinning conditions of different materials, to prevent spinning spray, drip, the growth of flocculent nanofiber stacks and other problems caused by inappropriate conditions.
(3) The intake system is equipped with oil-free air compressor and oil-water separator to ensure the output of dry air to the spinning chamber; Oil-free air compressor can be controlled independently, which can avoid repeated starting and ensure the operating life of equipment.
(4) Built-in exhaust fan, can be connected to the external exhaust duct, convenient and timely discharge of volatile toxic solvents.
(5) UV lamp can sterilize in the machine.
(6) Equipped with a two-layer coaxial nozzle to prepare hollow, coaxial, core-shell, and other nanofibers.
Device operation panel
(1) The control function of the device is integrated into the device panel.
(2) Detect the operation of each part of the system during equipment operation.
(3) Easy to switch between Chinese and English system.
Customer case
The electrospinning machine of one of our customers has been in use for 3 years. After 3 postdoctoral fellows and 2 graduate students, there are still students using it, and there is no problem with the machine.
Customers have given high praise to the electrospinning machines produced by our company. They commented that the equipment is durable and the price is cheap; it has a perfect pre-sale, in-sale, and after-sale service system; they are more willing to choose us.
Papers made by our customers using Nanofiberlabs electrospinning machines can be seen from the links below:
https://doi.org/10.1016/j.msec.2020.111787
https://doi.org/10.1016/j.biomaterials.2021.120997
