Company Filing History:
Years Active: 1993
Title: The Innovative Mind of Joseph P. Litecky: Advancements in Abrasive Finishing Technology
Introduction: Joseph P. Litecky, an inventive spirit from Brooklyn Park, MN, has made significant contributions to the field of abrasive finishing technology. With his remarkable design of a pressure platen used in finishing machines, he has streamlined processes that enhance performance and efficiency in various applications.
Latest Patents: Joseph P. Litecky is credited with one patent titled "Pressure platen for use in an abrasive finishing machine." This innovative patent features a platen assembly that moves in a reciprocal pattern relative to a work surface, enhancing the quality of the finish applied to various materials. The patent also introduces a system for continuously driving the platen along a reciprocal path, with guide wheels ensuring horizontal stability. Notably, the platen is covered with a graphite-containing cloth, significantly improving belt life and increasing the lifetime of the graphite-impregnated cover.
Career Highlights: Joseph Litecky is currently associated with Timesavers, Inc., a company recognized for its dedication to advancing machinery used in abrasive finishing processes. His patent showcases his deep understanding of mechanical design and functionality, contributing to the overall enhancement of abrasive finishing techniques within the industry.
Collaborations: Throughout his career, Litecky has cooperated with several professionals, including his coworker James E. Emberland. Their collaborative efforts illustrate the synergy of ideas and innovation that drive improvements in the sector.
Conclusion: Joseph P. Litecky's contributions to abrasive finishing technology, particularly through his patented designs, highlight the impact of innovative thinking in advancing manufacturing processes. His work continues to inspire and enhance the capabilities of machines used across various industries, ensuring that the pursuit of excellence in finishing techniques remains at the forefront of technological advancement.