Bench-Top NanoFiber Electrospinning System

Bench-Top NanoFiber Electrospinning System

Electrospinning is a simple and effective process, with the action of a high-voltage electric field, for spinning polymer solutions or melts into fine fibers with dimensions ranging from micrometers to nanometers, namely polymer jet electrospinning.
It can be used for preparation of biopolymers, commodity polymers, and prepolymer nanofibers; preparation of polymer blend nanofibers; preparation of surfaces or films with nanopores, nanoparticles, and nanobeads.

Brand: Shenyang Kejing
Product origin: Shenyang, China
Delivery time: 22 working days
Supply capacity: 50 sets

Information

Product Introduction

This equipment utilizes electrospinning technology, in which a high-voltage electric field draws polymer solutions or melts into ultrafine fibers with diameters ranging from several tens of nanometers to a few micrometers. Compared with conventional spinning methods, electrospinning produces much finer fibers and interconnected porous nanofiber membranes with extremely large specific surface areas. The surfaces of these fibers often feature multi-level microstructures such as nanopores, nanoparticles, and bead-on-string morphologies, providing excellent adsorption capability as well as superior filtration, barrier, adhesion, and thermal insulation properties.

The system adopts a fully enclosed spinning chamber and allows precise control of key process parameters such as temperature, flow rate, and collecting speed, effectively reducing fiber drifting and improving fiber uniformity. Multiple types of spinnerets and collectors are available to meet diverse research needs. It is suitable for producing nanofibers from biopolymers, general polymers, prepolymers, and polymer blends, as well as for fabricating surfaces or films with nanoporous, particulate, or bead-on-string structures. This equipment is ideal for universities, research institutes, and advanced material development laboratories.

Technical Parameters

Product Name	MSK-NFES-3C Bench-Top Electrospinning Machine/Unit
Product Model	MSK-NFES-3C
Major Parameters (Specification)	Main Unit Specifications	Main Unit Power Supply：AC220V, 50Hz, 16A Main Unit Total Power：1350W High-Voltage Power Supply：Positive output: MAX voltage +30 kV, output current 1 mA, MAX power 30 W High-Voltage Output Stability：After 30 minutes of preheating, stability is better than 0.1% over 8 hours Voltage/Current Display and Accuracy：Three-digit digital display; voltage accuracy ±(0.5% + 1 digit), current accuracy ±(4% + 3 digits) Heating Temperature：RT–50°C Heating Power：AC220V, 1100W Exhaust Fan：AC220V, 30W; diameter: Φ100 mm Illumination Lamp：AC220V, 40W Construction：Main body: aluminum alloy frame + sheet metal housing; modular functional design Main Unit Control Interface：4.3-inch touchscreen + high-voltage power supply controls + AT intelligent temperature controller Overall Dimensions：600 × 600 × 900 mm Total Weight：75 kg
	Syringe Pump System	Injection Speed：0.0001–1 mm/s Maximum Allowable Syringe Diameter：Φ30 mm Standard Dropping Device Capacity：20 mL Stroke Setting Range：0.01–90 mm Syringe Pump Dimensions：250 × 65 × 50 mm Weight：≈2 kg
	Rotating Drum Collector	Collector Rotational Speed： · Setting range: 400–3800 rpm ±100 rpm · Minimum increment/decrement: 100 rpm Oscillation Speed · Setting range: 5–100 mm/s · Minimum increment/decrement: 5 mm/s Oscillation Range：Adjustable from 100–200 mm Collector Dimensions：Φ80 × 200 mm Weight：≈5 kg
	Flat Plate Collector (Optional / Customizable)	Platform X-Axis Speed · Manual: 1–10 mm/s · Automatic: 1–20 mm/s Platform Y-Axis Speed · Manual: 1–10 mm/s · Automatic: 1–10 mm/s Sample Size：Length 1–180 mm, width 1–180 mm Coating Interval：0.1–100 mm Weight：≈10 kg

Standard Accessories

No.	Name	Quantity	Image
1	Syringe Pump	1 set	-
2	Droppers	5 pcs	-
3	Rotating Drum Collector with Sliding Stage	1 set	-
4	Infusion Tubes (with needles)	5 pcs	-
5	Discharge Rod	1 pc	-

Optional Accessories

No.	Name		Function Category	Image
1	Collection Platform		Optional	-
2	Electrospinning Spinnerets	Coaxial Spinneret	Optional
		Side-by-Side Spinneret	Optional
		Parallel Spinneret	Optional
		Multi-Spinneret (linear, circular, or array arrangement)	Optional
		Three-Core Spinneret	Optional
		Two-Core Spinneret	Optional
3	Electrospinning Collectors	Parallel Electrode Collector	Optional
		Cage Collector	Optional
		Thin Shaft Collector (diameter range: 1–10 mm)	Optional
		Disc Collector	Optional
		Thick Disc Collector	Optional
		Magnetic Electrode Collector	Optional