We are proud to announce the successful installation of the NanoSpin 20 Multi-Pump Electrospinning Machine — complete with our full chamber control system — at Johns Hopkins University School of Medicine.
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The NanoSpin Yarn Electrospinning Machine is engineered to produce yarns (Suture) composed of electrospun nanofibers from various polymer solutions. This innovative system uses two nozzles with either matching or opposing charges, precisely positioned to face a rotatable collector at an adjustable angle.
The Wheel Collector is a specialized component designed for electrospinning setups that require uniform fiber deposition and precise fiber alignment. With a 20 cm diameter and adjustable rotation speeds ranging from 300 to 3000 RPM, it provides excellent control over fiber orientation.
The Disk Collector is engineered to facilitate the production of uniform and Circular nanofibers, offering researchers precise control over fiber orientation and morphology. Read more
Electrospinning technology continues to push the boundaries of nanofiber fabrication, and the Single Wire Collector offers a highly effective method for producing ultra-thin hollow nanofibers. By utilizing a thin wire with a negative voltage, fibers can be precisely deposited in a circular or tubular formation around the wire. Once the process is complete, the wire is removed, leaving behind hollow nanofibers with exceptional structural integrity.
Introducing the NanoSpin AC System: Precision Temperature & Humidity Control
We are excited to introduce our AC System, a high-precision Temperature and Humidity Control System designed for electrospinning and other sensitive applications.
Discover a wealth of information on our website and dive deeper into what we offer. Explore the features and content available on our website to gain a comprehensive understanding of what we provide.
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Researchers at Linköping University in Sweden have successfully created nanofiber-based filters with an intricate network of nano-sized pores that can capture particles as small as 0.01 micrometers. These filters exhibit superior performance compared to traditional filters, effectively removing hazardous particles such as bacteria, viruses, and pollutants from the air. The nanofiber filters have the potential to be applied in various fields, including healthcare, automotive, and air purification systems, providing clean and safe air for individuals and reducing the risk of respiratory diseases.
Nanofibers have been explored and utilized in various ways to help prevent the spread of the coronavirus (specifically, the SARS-CoV-2 virus responsible for COVID-19). Here are some potential applications of nanofibers in this context: Read more
Electroblowing is an innovative technique employed in the production of nanofibers or microfibers, amalgamating the principles of electrospinning and blowing. Through the application of a high voltage, an electric field is generated, proficiently transforming a polymer solution or melt into intricate fibers. Read more
