Roald Cann

Title: Roald Cann: Innovator in Grinding Technology

Introduction:

Roald Cann, an inventive mind based in Wethersfield, Vermont, has made significant contributions to the field of grinding technology. He is known for his innovative apparatus designed specifically for grinding grooves in the inner races of constant velocity universal joints. His work not only enhances production efficiency but also showcases the ingenuity of modern engineering solutions.

Latest Patents:

Roald Cann holds a patent for an "Apparatus for grinding grooves in the inner race of a constant velocity." This patent describes a unique grinding machine that allows for high production output by indexing the race without halting the rotation of the holder, where the race is clamped. This innovation includes a rotating indexer to facilitate the grinding process, ensuring precise alignment with the grinding wheel. The design also features a jaw operator that enables various clamp modes, enhancing operational versatility and efficiency.

Career Highlights:

Roald Cann is currently associated with Bryant Grinder Corporation, a well-respected name in the manufacturing of grinding machinery. His work at the company has positioned him as an influential figure in advancing grinding technologies, contributing to significant improvements in production capabilities.

Collaborations:

Throughout his career, Roald has collaborated with notable coworkers such as Kazimierz Reda and Lawrence A. Ambrose. These partnerships have fostered an environment of creativity and innovation, leading to further advancements in grinding techniques and machinery design.

Conclusion:

Roald Cann’s contribution to grinding technology exemplifies the impact of innovation in engineering. His patented apparatus not only enhances productivity in manufacturing but also reflects a commitment to advancing industry standards. As he continues his work with Bryant Grinder Corporation, his legacy in the field of grinding machinery is solidified, inspiring future innovations.