The NanoWeaver®-Glide-600P Model Electrospinning System is a high-performance, pilot-scale solution designed for large-scale, continuous nanofiber production. Ideal for both advanced research and medium to large-scale industrial applications, this system combines easy setup and operation with a flexible, high-throughput web system. With an impressive 600 mm web width, it offers enhanced production capacity, making it perfect for high-demand applications. The system supports both spinneret and needleless configurations, ensuring consistent and uniform nanofiber quality. Its intuitive interface allows for effortless adjustments to key parameters, optimizing electrospinning for a variety of materials. Continuous multi-solution flow ensures uninterrupted production, while real-time environmental monitoring maintains optimal conditions throughout the process. The NanoWeaver®-Glide-600P is designed for scalability, flexibility, and precision, streamlining the electrospinning process and providing efficient, high-quality nanofiber production at a larger scale.
Category | Specification |
---|---|
Control System | PLC-controlled for high precision and reliability |
User Interface | Touchscreen interface with real-time parameter monitoring and control |
High Voltage Source | Triple high voltage sources, 0–60.0 kV adjustable in 0.1 kV increments |
Configuration Modes | Roll-to-Roll (R2R) and Bottom-Up configuration |
Web System | Adjustable web width up to 600 mmSpeed: 0.05–10 m/min (PLC-controlled)Standard unwinder/rewinder, cylindrical bobbin holdersAutomatic tension control |
Spinneret Options | Needleless cylindrical spinneret or up to 66 needle-based stainless steel spinnerets |
Nozzle-Collector Distance | PLC-controlled automatic adjustment up to 400 mm |
Fluid Supply System | IdaFlow® triple-channel system with two independent syringe pumps |
Continuous Solution Feeding | Optional external peristaltic pump for seamless solution delivery |
Electrospinning Chamber Size | 1300 mm × 1500 mm × 1900 mm |
Environmental Monitoring | Integrated humidity and temperature sensors |
Lighting | Built-in LED lighting for improved visibility |
"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 system is designed for both advanced research and medium to large-scale industrial applications, making it suitable for high-demand nanofiber production.
Yes, the NanoWeaver®-Glide-600P supports both spinneret and needleless configurations, allowing users to choose the setup that best fits their material and application needs.
The system features a high-throughput web system with a 600 mm web width, real-time environmental monitoring, and automated adjustments that maintain stable electrospinning conditions for uniform nanofiber production.
Yes, the intuitive interface allows effortless adjustment of key parameters such as voltage, flow rate, and web speed, enabling quick optimization for a wide variety of materials.
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