The NanoWeaver®-R2R Model Electrospinning System is a high-performance, lab-scale solution designed for continuous nanofiber production. Combining automation with user-friendly control, it’s perfect for both research and small-scale industrial applications. The system features dual collectors—bottom-up plate and rotary cylindrical—along with an adjustable high-voltage source and support for up to 20 spinnerets, enabling multi-material electrospinning and efficient production. Two independently controlled IdaFlow® syringe pumps ensure precise fluid delivery. Real-time environmental monitoring with humidity and temperature sensors maintains optimal conditions. Key parameters like voltage, flow rate, and spinneret settings are easily adjusted via the touchscreen, while the PLC system automatically regulates nozzle-to-collector distance for precise results. This combination of precision and flexibility makes the NanoWeaver®-R2R ideal for high-quality lab-scale electrospinning applications.
Technical Specifications
| HIGH VOLTAGE SOURCE | Has a power of 20 W and provides a maximum current of 1.0 mA at 20.0 kV and 0.67 mA at 30.0 kV. Adjustable in 0.1 kV steps in the range 0-30.0 kV. Adjustable current limitation can be realized. |
| COLLECTOR FEATURES | 150mmx150mm plate collector Side by side configuration |
| SPINNERET MODULE | Single spinneret Electrically conductive stainless |
| SPINNERET-TO-COLLECTOR DISTANCE | Manually adjustable distance up to 200 mm |
| LIQUID DELIVERY | IdaFlow® Syringe Pump single-channel syringe pump Suitable for syringes of different types and volumes. Adjustable flow rate between 0.1 ml/h and 2000 ml/h |
| CERTIFICATION | CE, ISO 9001:2015 |
"We integrated the UltraSprayer®-Starter into our university lab, and the impact was immediate. Its desktop size and intuitive touchscreen controls allowed our graduate students to get up and running with minimal training. We've achieved outstanding uniformity in our thin-film solar cell prototypes, something we struggled with using other methods. For any academic institution focused on materials science, this is a brilliant, cost-effective tool that genuinely accelerates the research process."
"As the manager of a startup's R&D lab, budget is always a primary concern. The UltraSprayer®-Starter provided the perfect entry point into high-quality ultrasonic coating without the massive capital investment. We were impressed by its performance, especially in depositing homogeneous nano-coatings for our flexible sensor development. It's a simple, reliable, and effective workhorse that has become essential to our daily operations."
"The precision of the UltraSprayer®-Starter is its greatest asset. In our work with semiconductor thin films, controlling the deposition process is critical. This machine delivers exceptional consistency and produces flawless, even coatings every time. The combination of the syringe pump and the heated plate gives us the fine control we need for repeatable, high-quality results. It's an economical solution that performs well beyond its price point."
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The R2R model is designed with dual collectors (bottom-up plate and rotary cylindrical) and support for up to 20 spinnerets, enabling multi-material electrospinning and seamless continuous nanofiber production at the lab scale.
Yes. The NanoWeaver®-R2R is ideal for advanced research labs as well as small-scale industrial environments, offering a balance of automation, precision, and flexibility.
The R2R model integrates real-time environmental monitoring with humidity and temperature sensors, while the PLC-controlled nozzle-to-collector distance ensures stable, reproducible electrospinning conditions.
Absolutely. With its touchscreen interface, users can easily adjust key parameters such as voltage, flow rate, and spinneret settings. The automated controls and user-friendly design make it accessible even for new users while meeting the demands of advanced applications.
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