Company Filing History:
Years Active: 2009
Title: Innovations of Guenther Strassburger in Surface Measurement Technology
Introduction
Guenther Strassburger, an innovative inventor based in Lostau, Germany, has made significant strides in measurement technology through his inventive spirit. With one patent under his belt, he has demonstrated a commitment to advancing methods for analyzing the curvature of surfaces, making a notable impact in his field.
Latest Patents
Strassburger holds a patent for a "Device and method for the measurement of the curvature of a surface." This invention presents a more accurate and cost-effective solution compared to existing devices. The device utilizes a light source to project a light beam onto the surface being measured. A birefringent element is strategically placed between the light source and the surface, coupled with a detector that identifies the partial beams reflected from the surface. This unique configuration splits the light beam into at least two parallel beams, allowing for precise curvature measurements.
Career Highlights
As a key member of Laytec GmbH, Strassburger has utilized his expertise to develop more efficient measurement devices that enhance various industrial processes. His innovative contributions are vital in fields requiring accurate surface analysis, setting a high standard for future developments in this area.
Collaborations
Strassburger's work at Laytec GmbH has brought him together with talented colleagues such as Thomas Zettler and Armin Dadgar. Their collaborative efforts underscore the importance of teamwork in driving technological advancements and refining measurement techniques.
Conclusion
Guenther Strassburger stands out as a prominent inventor in the realm of surface measurement technology. His patented device enhances the accuracy and affordability of curvature measurements, and his collaborative work within Laytec GmbH showcases the strength of teamwork in innovation. With his continued efforts, Strassburger is poised to make further contributions that could revolutionize measurement practices.