The NE300 Electrospinning Machine, is a compact, flexible lab-scale Electrospinning system. Very similar to the NS 24 but with less emitters (8 nozzles), also has the capacity of single-nozzle production. This model has a homogeneity system that enables uniform coating of the nanofibers membrane. The NE 300 has an Electrically insulated cabinet with high density PE parts inert to chemical solutions, which enables working with many polymers. Many optional features can be added to the system, such as Co-axial System for core-shell, hollow and bi-component nanofibers.
NE300 Multinozzle Nozzle Electrospinning/Spraying Machine
- Reliable and precise process adjustments via 9” touch screen panel
- Bottom-Up spinning
- Up to 8 Nozzles for High-throughput electrospinning
- 314mm*220mm coating area
- Electrically insulated cabinet with high density PE parts inert to chemical solutions
- Automatic control of voltage, flow rate and collector motion (z-axis, x-axis and rotation)
- Extra safety options such as safe-door and warning light to avoid from high voltage
Different Diameter Needles
Electrospinning needles with the following diameters: (23G, 21G, 19G, 17G, 15G) X10 pieces.
Special Designed Coaxial Nozzle (Inner Diameter: 0,8 mm, Outer Diameter: 1,6 mm) and an extra syringe pump to obtain core-shell, hollow and bi-component nanofibers.
Gas Shield Nozzle
Gas Shield is a way to solve clogging of polymer on the top of needle by solvent saturated N2 gas. This option may increase productivity of many polymer solutions.
Rotating Shaft Collector
3-4-5 and 6 mm diameter rotating shaft collectors for tubular nanofiber membrane production.
Temperature Controlled Chamber
Heating of spinning area up to 40°C.
Dehumidifier Attached Chamber
Ambient humidity adjustment between 25% and room condition.
Vacuum Holder Plate Collector
Vacuum fixing of solid substrates (metal, glass, thin plate, lamella) on stationary plate collector.
Standard Devices come with 1 year warranty. In addition, it is possible to cover machine with extended warranty.