DEVELOPMENT OF CELL CULTIVATION MATRIXES IN VITRO
Volatile Innovation in cooperation with Lithuanian University of Health Sciences has obtained a project funding from the Agency for Science, Innovation and Technology for the commercialization of porous structures obtained by additive manufacturing – 3D fibre printing – for cultivation of specific cells in vitro and to optimize their composition for toxicity studies on substances. Project (TPP-04-077, 100 000 EUR) will be completed in November of 2022.
The development of ASSERO TRANSPARENT FACE MASK
Volatile Innovation has cooperated with Assero in the development of a transparent face mask. Our electrospinning machines allows fabrication of a nanofibrous filtering materials that find numerous interesting applications. Come take a look!
Member of BalticNet-PlasmaTec (BNPT) international cluster
Volatile Innovation has joined BalticNet-PlasmaTec (BNPT) – an international cluster for a technology and market-oriented cooperation of science, research and economics in the field of plasma technology. Most of the processes employed by Volatile Innovation exist due to unique properties of plasma existing in high voltage electrical field. We are happy to contribute to the cluster activities!
3D Medical Printing Conference & Expo 2020
We are excited to exhibit 3D fibre printing technology at 3DMedC (February 4-5, 2020, Maastricht MECC, The Netherlands) for the second year in a row! Please stop by at the stand of Volatile Innovation to experience the fibre printing process, grab some of the matrices for testing and discuss the applications!
ISES-ISIAQ 2019 conference
Hannover Messe 2019
3D Medical Printing Conference & Expo 2019
The melt electrospinning technology has been presented to and discussed with the global society of aerosol researchers at the International Aerosol Conference 2018 in St. Louis, MO, USA.
We hope to contribute to solving a grand challenge for aerosol technology in creating an effective material for aerosol separation.
WE WERE AT FILTECH 2018 DURING MARCH 13-15, COLOGNE – GERMANY