Company Filing History:
Years Active: 2009-2019
Title: Thomas Fehling: Innovator in Precision Instruments
Introduction
Thomas Fehling, an inventor based in Witzenhausen, Germany, has made significant contributions to the field of precision instruments. With five patents to his name, his work continues to enhance the functionality and efficiency of weighing technology.
Latest Patents
Fehling's latest innovation is a precision scale featuring a removable climate module. This advanced precision balance integrates a weighing chamber, a draft shield that encompasses the chamber, a detachable climate module, a processor, and a data input unit, facilitating a seamless operation. The climate module is a self-contained unit equipped with an air pressure sensor, air humidity sensor, and air temperature sensor, designed to transmit data to an external processor. Another notable patent is a balance with a load changing device, which includes a magazine table that is horizontally movable, allowing for height adjustments. This innovative design ensures that the balance can efficiently engage with groups of vertical openings for precise weight measurement.
Career Highlights
Throughout his career, Thomas Fehling has worked with prominent companies like Sartorius Lab Instruments GmbH & Co. KG and Sartorius AG. These collaborations have enabled him to develop and refine cutting-edge technologies that have had a lasting impact on the precision measurement industry.
Collaborations
Fehling has collaborated with notable colleagues such as Otto Kuhlmann and Peter Fleischer. Through these partnerships, he has shared ideas and gained insights that have contributed to his inventive process and the success of his patented technologies.
Conclusion
Thomas Fehling stands out as a significant contributor to the innovation landscape in precision instrumentation. His patented inventions reflect a commitment to advancing technology that meets the demands of modern weighing applications. As the industry evolves, Fehling's contributions will undoubtedly continue to play a vital role in shaping the future of precision measurement.