Company Filing History:
Years Active: 2000
Title: Inventor Spotlight: Johann Voit and His Contributions to Magnetic Recording Technology
Introduction: Johann Voit, an innovative inventor based in Gilching, Germany, has made significant strides in the field of magnetic recording technology. With a keen focus on enhancing the efficacy of magnetic media, Voit holds a patent that showcases his expertise and forward-thinking approach to engineering solutions.
Latest Patents: Voit's notable patent is for a magnetic recording medium, which consists of a nonmagnetic substrate and at least two magnetizable layers. These layers include metal oxides as magnetic pigments, with the pigment in the upper layer exhibiting a higher BET value compared to that of the lower layer. The upper layer is designed to have a thickness of 3-5 micrometers when dry, while the lower layer measures 1.1-3 micrometers in thickness when dry. Significant advancements are noted when the magnetic pigment of the upper layer is cobalt-doped γ-Fe2O3 and that of the lower layer is acicular CrO2. This dual-layered magnetic recording medium not only enhances output levels at low frequencies but also avoids the usual depression in frequency curves.
Career Highlights: Johann Voit is currently associated with Emtec Magnetics GmbH, where he leverages his extensive knowledge to develop cutting-edge magnetic products. His work in this role has contributed to the ongoing evolution of data storage technology.
Collaborations: In his endeavors, Voit has worked alongside notable colleagues, including Klaus Gotz and Helmut Jakusch, emphasizing the collaborative spirit that drives innovation within their organization.
Conclusion: Johann Voit is a prominent figure in the realm of magnetic recording technology. His innovative patent not only addresses existing challenges but also serves as a testament to the potential advancements in data storage mediums. As technologies continue to evolve, Voit's contributions will undoubtedly remain significant in shaping the future of magnetic recordings.