The coronavirus spreading from China is now likely to become a pandemic that circles the globe. Our team is pushing the boundaries to create an innovative nanotechnology mask to help to reduce the transmission of the coronavirus, due to the unique properties of electrospun nanofibers (high porosity and surface area). The nanofiber facial mask will … Continue reading
The PE 550 is a versatile Electrospinning system, it’s an ideal solution for R&D and product development. Its scalability makes it also suitable for production of commercial nanofibers-based products, for different applications areas: Bio-medical/Pharmaceutical, Energy, Cosmetics, Filtration, Textile and many others. The PE 550 uses Hybrid Electrospinning Technology, which is a unique and patented technique … Continue reading
Inovenso is pleased to receive our clients and partners from Korea: Inovenso Korea, GMBC and Miraes… Continue reading
Nanofibers can be produced using different methods, the below comparison states each technique’s advantages and disadvantages… Continue reading
The Nanofiber Market Anticipated a Compound annual growth rate of 21.15% between 2019 -2023. The increasing demand for nanofibers has led to the development of new technologies or the updating of old technologies used in nanofiber production. Currently, the most extensively researched method for manufacturing nanofibers is electrospinning. Read the article below for more information: … Continue reading
Today we had a great honor to host Mr Klepsch and Mr Eisenmann, CEO and Process engineer of Senoplast, Austrian-based company and one of the leaders in Plastics field. We have set revolutionary goals, that will push the limits of Electrospinning, and the nanofibers word as we know it today… Continue reading
We have recently published a short introduction video, to show our company and some of our staff… Continue reading
Polymer-based nanofibers are produced using a process called electrospinning. In this process, the polymer material (sometimes a polymer melt) is electrically charged and then subjected to an applied electrical field where the polymeric material is removed and ‘whipped’ from the source in fine ‘needle-like’ structures to form nanofibers. Figure 1. Schema of electrospinning process (www.inovenso.com) [1] Electrospinning … Continue reading
Electrospun nanofiber matrices display morphological similarities to the natural ECM, characterized by high surface-to-volume ratio, ultra fine continuous fibers, variable pore-size distribution similar to the dimensions of basement membranes, and high porosity. As a result, there has been remarkable effort to develop new applications based on materials created using electrostatic processes in the pharmaceutical and … Continue reading
Today, the need for vascular grafts is growing in importance, this is owed to the increasing number of patients requiring artificial vessel implantations because of cardiovascular diseases, hemodialysis treatments, etc. Downsides of Existing Synthetic Blood Vessels Various laborious methods are used by tissue engineers to produce synthetic blood vessels. Woven or knitted vascular grafts of polyurethane … Continue reading