Company Filing History:
Years Active: 2023-2024
Title: Christoph Fahrni: Innovator in Beam Machining Technology
Introduction
Christoph Fahrni is a notable inventor based in Oberönz, Switzerland. He has made significant contributions to the field of beam machining, holding 2 patents that showcase his innovative approach to technology.
Latest Patents
Fahrni's latest patents include a "Beam Machining Head and Method for Beam Machining." This invention provides a beam machining head designed for cutting workpieces using various energy beam sources, including particle beams, plasma beams, and electromagnetic radiation. The device features an interface for the energy beam source, an exit opening for the machining energy beam, and an optical detector unit that captures images of electromagnetic radiation emitted from the workpiece. The monitoring unit is crucial for ensuring the precise positional relationship between the emitted radiation and the exit opening.
Another significant patent is the "Method for Collision Avoidance and Laser Machining Tool." This invention outlines a method for preventing collisions of a laser machining head within a machining space. It involves monitoring the workpiece with optical sensors, capturing images, detecting changes, and controlling the movement of the laser machining head to avoid potential collisions.
Career Highlights
Christoph Fahrni is currently associated with Bystronic Laser AG, a company known for its advanced laser cutting technology. His work at Bystronic has allowed him to develop innovative solutions that enhance the efficiency and safety of laser machining processes.
Collaborations
Fahrni collaborates with talented professionals in his field, including Seyed Amin Mazloumian and Stefan Kaltenbach. Their combined expertise contributes to the advancement of beam machining technologies.
Conclusion
Christoph Fahrni's contributions to beam machining technology through his patents and work at Bystronic Laser AG highlight his role as an influential inventor in the industry. His innovative methods and devices continue to shape the future of machining technology.