Company Filing History:
Years Active: 1996-2002
Title: Franco Caldana: Innovator in Machining Processes
Introduction
Franco Caldana is an accomplished inventor residing in Lidköping, Sweden. With a focus on machining processes, he has contributed significantly to the field through his innovative patents. His work seeks to enhance efficiency and reduce waste in manufacturing processes.
Latest Patents
Caldana holds two notable patents:
1. **Workpiece Machining Process and a Numerically Controlled Lathe** - This invention involves a method for processing an elongate tube to create annular or short tubular elements. The process automates the transfer of the tube into a twin-spindle lathe, turning its inner bore and cutting off the end to produce a waste-free annular element. The devised system will automatically adapt the element for further turning on its outer surface, enhancing productivity through a cyclical process.
2. **Method for the Controlled Removal of Chips in Boring Mills** - This innovation introduces a design where the chuck and its operating components are engaged in a vertical duct to channel and remove metal chips efficiently. By employing jets of high-pressure fluid, chips are effectively directed downwards, ensuring that the cutting fluid is efficiently filtered and recirculated. This aids in maintaining a clean working environment and prolongs the tool's life.
Career Highlights
Franco Caldana has held positions at prominent companies including Aktiebolaget SKF and Minganti International Ltd. His experiences in these organizations have provided him with the knowledge and insights necessary to pioneer advancements in machining technologies.
Collaborations
During his career, Caldana has collaborated with several professionals, notably Erling Zackrisson. Their combined expertise in engineering and technology has likely contributed to the successful development of innovative solutions in machining.
Conclusion
Franco Caldana's contributions to the field of machining through his patents reflect his dedication to innovation and efficiency in manufacturing processes. His work not only advances industrial capabilities but also sets a precedent for future developments in machining technology.