Burkhard Volland

Title: Burkhard Volland: Innovator in Micromechanical Positioning and Surface Properties Investigation

Introduction

Burkhard Volland, a talented inventor based in Erfurt, Germany, has made significant contributions to the field of micromechanical positioning and surface property investigation. With a total of two patents to his name, Volland's innovations focus on enhancing atomic force microscopy and advancing the capabilities of nanotechnology.

Latest Patents

Volland's latest patents showcase his expertise in developing advanced apparatuses and methods. One notable invention is an apparatus and method for investigating the surface properties of different materials. This invention simplifies and expedites atomic force microscopy using an innovative shear force method. Characterized by the perpendicular orientation of a self-actuated cantilever's measuring tip, this apparatus utilizes a carbon nanotube as the measuring tip and features a cantilever array with a comb-like arrangement for improved functionality.

His second patent focuses on a device and method for micromechanical positioning and handling of objects. The invention aims to enhance scanning speed and positional accuracy, allowing real-time imaging or video rate images at approximately 25 images per second with nanometer-level resolution. This micromechanical positioning device is practical in applications such as scanning probe microscopy and nanopositioning technologies.

Career Highlights

Throughout his career, Burkhard Volland has gained valuable experience working with notable organizations. He was associated with Nano Analytik GmbH, a company specializing in analytical instruments, and Technische Universität Ilmenau, where he contributed to cutting-edge research. His inventive spirit continues to drive advancements within his field.

Collaborations

Volland has collaborated with esteemed colleagues such as Ivo Rangelow and Tzvetan Ivanov. These partnerships have allowed him to further innovate and refine his inventions, contributing to the broader scientific community's knowledge and capabilities in micromechanical technologies.

Conclusion

Burkhard Volland stands out as an influential inventor whose work in micromechanical positioning and surface property investigation has the potential to impact various scientific and industrial applications. His commitment to innovation continues to inspire those within the fields of nanotechnology and microscopy, ensuring that his contributions will be valued for years to come.