Check Out 80dx200l Drum Collector W/ Speed Controller Upto 4000 Rpm For Diy Electrospinning - Msk-esdc-80-4000 Eco-friendly [p6QSjYic]

80Dx200L Drum Collector for DIY Electrospinning

The MSK-ESDC-80 is a cutting-edge drum collector designed for DIY electrospinning enthusiasts and professionals. This versatile device features an 80 mm diameter x 200 mm length stainless steel drum, making it ideal for winding nano-fibers into an aligned nonwoven membrane. With its oscillation and rotation speed control console, the MSK-ESDC-80 allows for precise adjustments, ensuring optimal fiber alignment and production rates. The compact design of this drum collector offers unmatched flexibility, making it an essential tool for anyone looking to explore the world of nano-fiber production.

Key Product Specifications and Features

The MSK-ESDC-80 boasts a range of impressive features that set it apart from other drum collectors on the market. With a rotation speed adjustable from 100 to 8000 RPM, users can achieve the desired fiber quality and production rate. The drum collector also features forward and backward rotation capabilities, allowing for even greater control over the electrospinning process. Additionally, the speed accuracy of +/- 5 RPM ensures consistent and reliable performance. Other notable features include compatibility with Argon gas environments, a digital speed display, and a syringe needle holder for up to 7 needles, enabling efficient and precise fiber production.

Practical Applications and Benefits

The MSK-ESDC-80 drum collector is an invaluable tool for a wide range of applications, from research and development to industrial production. Its ability to produce high-quality nano-fibers makes it suitable for various industries, including healthcare, electronics, and aerospace. By using the MSK-ESDC-80, users can benefit from improved fiber alignment, increased production rates, and greater control over the electrospinning process. Whether you are a hobbyist or a professional, the MSK-ESDC-80 is the perfect choice for anyone looking to explore the fascinating world of nano-fiber production.