Reto Schmid

Title: Innovations by Reto Schmid

Introduction

Reto Schmid is a notable inventor based in Winterthur, Switzerland. He has made significant contributions to the field of NMR spectroscopy, holding two patents that enhance the efficiency and accuracy of sample transport in NMR spectrometers.

Latest Patents

One of his latest patents is an NMR spectrometer with a quick-change system for samples. This invention features a magnet system with a bore through the magnet center, allowing for the insertion of measuring samples in a transport container. The design includes a transport device for the pneumatic transport of the sample through a transport channel into and out of the magnet system. The transport device is equipped with a mechanical interface and a mounted exchange system that temporarily stores transport containers. This innovation enables faster automated changes of measuring samples, significantly reducing measurement cycle times.

Another patent by Reto Schmid is a transport apparatus for temperature-controlled NMR test samples, which utilizes a double tube system. This apparatus pneumatically conveys NMR test samples from or to an NMR spectrometer through a tubular transport channel. It includes a device that generates positive pressure at the end of the transport channel, ensuring accurate current position determinations for the sample and minimizing the risk of damage during transport.

Career Highlights

Reto Schmid works at Bruker Switzerland AG, a company renowned for its advanced scientific instruments and analytical solutions. His work focuses on improving NMR technology, contributing to the development of innovative solutions that enhance research capabilities.

Collaborations

Reto collaborates with talented coworkers, including Sven Sieber and Roger Meister, who contribute to the innovative environment at Bruker Switzerland AG.

Conclusion

Reto Schmid's contributions to NMR spectroscopy through his patents demonstrate his commitment to advancing scientific research. His innovative designs improve the efficiency and accuracy of sample handling, making a significant impact in the field.