The NanoSpin 20 (Multi-Pump Lab-Scale Electrospinning Machine) is engineered for controlled, multi-material nanofiber fabrication using three or more polymer solutions. With three independent syringe pumps, it enables simultaneous electrospinning or electro-spraying, producing composite or blended nanofibers with customizable properties.
This versatile system supports both electrospinning and electro-spraying, making it ideal for tissue engineering, drug delivery, filtration, and other advanced applications. All process parameters—including injection rate, spinning distance, collector drum speed, temperature, and humidity—are controlled via a 7” touchscreen panel for precision and ease of use. Compared to the single-pump model, this unit offers three times the production rate while maintaining precise control over multiple materials.
Protects both user and system.
Flexible setup for various applications.
Simple control of all process parameters.
3 pumps (2+1), supporting up to 6 syringes (4+2).
3 (2+1) scan units with emitters on both sides of the collector.
3 (2+1) distance adjusters for precise emitter positioning.
Two direct-injection pumps and one low-dead-volume pump.
Three supplies: 2 positive and 1 negative polarity.
Compatible with multiple collector types.
Visual monitoring of nanofiber jets.
Specifications
Collector Dimensions
All collectors can be attached to a negative high-voltage power supply (-35 kV)
Ventilation
Atmospheric Control System (Optional)
Environmental Requirements
The NanoSpin 20 supports both electrospinning and electro-spraying, making it ideal for advanced material synthesis. For instance, a polymeric base can be electrospun from one pump while an additive, such as a drug, is introduced via electro-spraying from another.
Tissue Engineering – Composite scaffolds and biomedical materials.
Drug Delivery – Multi-material fibers with active pharmaceutical ingredients.
Filtration Media – High-performance air and liquid filters.
Advanced Material Synthesis – Functional nanofibers with tailored properties.
Biological & Pharmaceutical Research – Coatings, membranes, and experimental materials.
Catalysis – High-surface-area catalytic supports.
Biomedical Research – Wound dressings, tissue engineering.
Energy Storage – Battery separators and related materials.
Nanofiber Sensors – Sensitive detection and measurement systems.
Textile & Composites – Advanced fabrics and reinforcement materials.
We use cookies to improve your experience on our site. By using our site, you consent to cookies.
Websites store cookies to enhance functionality and personalise your experience. You can manage your preferences, but blocking some cookies may impact site performance and services.
Essential cookies enable basic functions and are necessary for the proper function of the website.