Produce nanofibers and nanoparticles with the revolutionary Fluidnatek® from Bioinicia
英超利物浦足球俱乐部纳米科学仪器很自豪地介绍Fluidnatek®静电纺丝和电喷雾管线of nanofiber and nanoparticle fabrication instruments from Bioinicia. The electrospinning and electrospraying equipment scales from table-top equipment for the lab to fully automated pilot plants and equipment for industrial manufacturing. All equipment is functionally identical: recipes developed on the table-top R&D system are guaranteed to run and produce identical results on the industrial system. Fully scalable from lab to fab.
这些尖端的仪器利用电水动力雾化（EHDA）制造纳米和微结构材料。FluidnateK®系的多样化和广泛应用包188金宝搏app安卓下载括用于再生医学和生物医学应用，食物添加剂和生物活性物质的包装，营养素，药品，化妆品，新颖的功能纺织品和高级过滤的材料，以及更多的植入物，营养添加剂和生物活性物质。
关于技术
The core of the Fluidnatek® line is eStretching technology, a proprietary multifunctional mono- and multi-axial electrospinning and electrospraying process. Based on the classic principles of electrostatic electrospinning and electrospraying, eStretching combines a novel emitter design and controlled fluid delivery systems to yield stable and reproducible size controlled fiber and particle fabrication. This novel process overcomes the typical hurdles that have made the scale-up and industrial adoption of electrospinning so difficult in the past.
专有的频道过程将高压与高气流结合在一起，以制造微材料和纳米材料。液体在反电极前面流过毛细管，该毛细管在管子和收集器之间施加高压时充当收集器。有一系列电压，固定在管尖的弯月面变成稳定的锥体，并从其顶点发出非常薄的液体射流。根据液体的流变学，射流分解成液滴（电喷雾）或进行类似鞭子的运动（静电纺丝）。
The system allows for tight processing controls including advanced environmental controls, allowing scalability of initial concept products to full-scale production. The system also allows users to control the size, shape, and structure of the nanofiber or nanoparticle. Whatever the desired shape or size, flexibility was designed into the equipment. With the unique sterility requirements for Pharmaceutical, Biomedical and Food Manufacturing in mind, the equipment was designed to meet ISO and cGMP certification for drug, cosmetic and food product innovations.
关于应用程序188金宝搏app安卓下载
纳米科学仪188金宝搏app安卓下载器联合创始人塞巴斯蒂安·科斯克（Sebastian Kossek）说：“使用Fluidnatek®静电纺丝设备进行的应用和研究确实很了不起。”英超利物浦足球俱乐部“正在评估纳米纤维支架以进行伤口愈合，并用于产生人造器官。例如，植入式人工肠道，动脉和心脏组织是用Fluidnatek设备产生的，为组织工程和再生医学研究提供了新的方法。控制纤维方向的控制允许对毒性，药物筛查和基于细胞的分析进行更深入的筛查，以进行更有效的癌症和干细胞研究。”
Advancing Research
“添加这些制造能力ign with our goals to bring accessible scientific instrumentation from research level in academia into industry applications,” says Mark Flowers, co-founder of Nanoscience Instruments. “The diverse applications that will take advantage of this technology are many, from food to biomedicine. It’s exciting to consider potential problems that this technology will be able to solve.”
Fluidnatek®旨在制造各种材料要旋转或喷涂。溶液，乳液或任何溶剂中的任何材料都可以用于创建纳米纤维或纳米颗粒。静电纺丝是一种生成许多不同材料和非织物纤维垫的尺寸控制纤维的特殊技术。这些非编织具有高度活性区域和孔隙率的潜力。
“Materials can be processed at room temperature, which is a huge benefit. It makes it easier to work with thermally sensitive materials, such as live cells, enzymes, and microorganisms” says Mark Flowers. “Companies have been interested in the encapsulation capabilities to enhance bioavailability, mask flavors and extend shelf-life, particularly the encapsulation of DHA – Omega 3 oil, natural essences, and other bioactive materials because of this capability.”