Yarn Electrospinning Machine

NanoSpin’s Yarn Electrospinning System enables the precise fabrication of continuous nanofiber yarns—ideal for biomedical sutures, smart textiles, and advanced functional threads—combining real-time monitoring, dual-nozzle control, and integrated winding in a modular, research-ready platform

NanoSpin Pilot (Semi-Industrial Electrospinning Machine)

The NanoSpin Pilot Electrospinning Machine enables fast, uniform nanofiber coating on various substrates with full process control. Designed for pilot-scale production, it combines precision, scalability, and safety in one compact system.

NanoSpin 20 | Multi-Pump Electrospinning Machine

The NanoSpin 20 enables multi-material nanofiber fabrication using up to three independent polymer feeds. With simultaneous electrospinning and electro-spraying, it's ideal for research in drug delivery, filtration, and tissue engineering.

NanoSpin 10 (Single-Pump Lab-Scale Electrospinning Machine)

The NanoSpin 10 is a lab-scale electrospinning system for precise nanofiber fabrication and process research. It offers full control over key parameters, making it ideal for research and small-scale production. It's ideal for applications in tissue engineering, drug delivery, and filtration.

NanoSpinBox (CompactPro Electrospinning System)

The NanoSpinBox Electrospinning System (NSB-10) is a compact, cost-effective solution for laboratory-scale nanofiber production, offering precision control, safety features, and optional enclosed chamber for versatile research applications.

NanoSpin Set-Up (Modular Electrospinning Set-Up)

The NanoSpin Modular Electrospinning Set-Up combines a precision syringe pump, high-speed modular collectors, and a high-voltage power supply in a compact, lab-ready system for versatile nanofiber production. With interchangeable collector options, fine-tuned speed control.

AC Control System

The NanoSpin AC System provides precise control of temperature and humidity to optimize the electrospinning environment. By stabilizing ambient conditions, it ensures consistent nanofiber quality, improved reproducibility, and reduced experimental variation.

Syringe Pump (SP)

NanoSpin Syringe Pumps offer high-precision fluid delivery for electrospinning, drug infusion, calibration, and more. Compatible with 1 to 6 syringes of any brand (1–200 ml), they feature intuitive controls, multi-mode operation, and built-in memory for uninterrupted performance.

High Voltage Power Supply

NanoSpin High Voltage Power Supply units are compact, lightweight, and ideal for demanding lab applications, including electrospinning, ion sources, and capillary electrophoresis. They offer reliable performance with advanced safety features and broad voltage range options.

Electrospinning Collector

To complete a basic electrospinning setup, a suitable grounded collector is required. We offer a variety of rotary collectors including rotary drum, wire, mandrel and wet collectors that could produce uniform nanofibers mats.

NanoSpin Electrospinning Systems – Product Comparison Table

Feature / Model
NanoSpin Pilot
NanoSpin Yarn
NanoSpin 20
(Multi-Pump)
NanoSpin 10 (Single-Pump)
NanoSpinBox (CompactPro)
Modularity
Semi-industrial
Yarn / Suture Production
Research / Advanced R&D
Research / Advanced R&D
Compact R&D
Spinning Type
Blown / Needle System
Needle / Yarn Forming
Needle / Coaxial (Optional)
Needle / Coaxial (Optional)
Needle System
Spinning Direction
Bottom to Top
2 Adjustable (0–90°)
2 Horizontal + 1 Vertical (Optional)
1 Horizontal
1 Horizontal
No. of Syringe Pumps
5 (each unit)
2
2 + 1 (optional)
1
1
No. of Syringes
5 (each unit)
4
4 + 2 (optional)
22
Injection Rate
50 µl/h – 500 ml/h
50 µl/h – 500 ml/h
50 µl/h – 500 ml/h
50 µl/h – 500 ml/h
50 µl/h – 500 ml/h
No. of HV Supplies
1 Positive, 1 Negative (each unit)
2 Positive, 1 Negative
2 Positive, 1 Negative
1 Positive, 1 Negative
1 Positive, 1 Negative (Optional)
Voltage Range
±35 kV
±35 kV
±35 kV
±35 kV
+35 kV (–35 kV optional)
Voltage Monitoring
Digital (0.1 kV)
Digital (0.1 kV)
Digital (0.1 kV)
Digital (0.1 kV)
Digital (0.1 kV)
Collector Type
Cylinder / Plate
Funnel / Pipe (Yarn)
Cylinder / Plate
Cylinder / Plate
Cylinder
Optional Collectors
N/A
Cylinder (for dual-pump mode)
Mandrel, Wire, Radial, Needle, Wheel & Disk
Same as Multi-Pump
Plate Collector
Collector Speed
5–50 rpm
20–500 rpm
300–3000 rpm
300–3000 rpm
300–3000 rpm
Collector Dimensions17 cm (ø) × 60 cm (L) (Discontinuous Mode)
4,7,10,14 cm (ø) / 8 cm (ø) × 25 cm (L) (Dual-Pump Mode)
10 cm (ø) × 29 cm (L)10 cm (ø) × 29 cm (L)8 cm (ø) × 29 cm (L)
Rewinding / Winding System
Roll (60 cm, 2–200 m/h)
Yarn (0.1–100 cm/min)
N/A
N/A
N/A
Winding Control
Edge & Tension Control
Simultaneous winding and scanning
N/A
N/A
N/A
Spinning Distance
10–30 cm
5–25 cm
5–20 cm
5–20 cm
5–20 cm
Distance Control
1 Automated
2 Automated
2 Automated +1 Manual (optional)
1 Automated
1 Manual
Scanning (Uniformity)
1 System
1 System (Dual-Pump Mode)
2 Systems +1 (optional)
1 System
1 System
Control Interface
10” Touch HMI
7” Touch HMI
7” Touch HMI
7” Touch HMI
4.3” Touch HMI
Climate Control
Optional (Full Set)
Optional (Full Set)
Optional (Full Set)
Optional (Full Set)
N/A
Laser Monitoring3 Red Laser (Each Unit)N/A2 +1 Red Lasers1 Red LaserN/A
Camera Monitoring
Optional
Real-Time Monitoring (Yarn)
Optional
Optional
N/A
Electrospinning Chamber
Yes
Yes
Yes
Yes
Optional
Door Safety
Yes
Yes
Yes
Yes
Optional (with Chamber)
Emergency Button
Yes
Yes
Yes
Yes
Yes
Optional Accessories
Second unit, humidity & temperature control
Convertible to Dual-Pump, humidity & temperature control
Vertical injection, humidity & temperature control, custom collectors, Multi Nozzle-8, coaxial nozzle
Humidity & temperature control, custom collectors, Multi Nozzle-8, coaxial nozzle
Negative HV, Plate collector, chamber
Dimensions (L×W×H)
376×193×239 cm
155×75×155 cm
152×95×100 cm
100×90×90 cm
90×70×20 cm
Weight
~1000 kg
270 kg
225 kg
140 kg
60 kg
Applications
Pilot production, material development
Yarn/suture R&D, biomedical threads, nanofiber mats (optional)
Multi-solution R&D, core-shell fibers, nanofiber mats
Educational R&D, nanofiber mats, core-shell fibers
Educational use, nanofiber mats