Company Filing History:
Years Active: 1999
Title: Innovator Martin Schleicher: Pioneering Flow Dampers for Cleaning Stations
Introduction: Martin Schleicher, an accomplished inventor based in Friedrichsdorf, Germany, has made significant contributions to the field of cleaning technology. With a focus on enhancing the efficiency and effectiveness of cleaning stations, he has developed a unique innovation that addresses common challenges faced in laboratories and clinical settings.
Latest Patents: Martin holds one patent for his invention titled "Flow Damper for a Cleaning Station." This patent outlines a design for a flow damper specifically tailored for cleaning pipettor tips. The innovative device introduces a cleaning liquid into the cleaning station through a pipettor needle, ensuring optimal flow around the pipettor tip before the liquid is disposed of. A key feature of this invention is the inclusion of a screen with a central entry orifice to manage the liquid jet, as well as devices designed to redirect the liquid flow, thus preventing unwanted wetting of critical surfaces within the cleaning station.
Career Highlights: Currently, Martin Schleicher is employed at Behring Diagnostics GmbH, where he applies his expertise in creating solutions that improve cleaning processes. His dedication to innovation has not only advanced his own career but has also contributed to the overall efficiency of laboratory operations.
Collaborations: Throughout his career, Martin has worked alongside talented colleagues such as Jurgen Gross and Dieter Bickoni. Collaborations with experienced professionals have further solidified his knowledge and expertise in the field of cleaning technology.
Conclusion: Martin Schleicher's invention of the flow damper for cleaning stations showcases his ability to address the practical needs of laboratory environments. His work at Behring Diagnostics GmbH and collaborations with industry experts highlight his commitment to innovation. Martin's contributions continue to pave the way for advancements in cleaning technologies, ultimately enhancing both efficiency and safety in scientific settings.