Company Filing History:
Years Active: 2000
Title: Innovations by Allison Caster in Wire Saw Slurry Recycling
Introduction
Allison Caster is an accomplished inventor based in Nashua, NH (US). She has made significant contributions to the field of machining operations, particularly in the recycling of wire saw slurry. Her innovative approach has the potential to enhance the efficiency and quality of wafer slicing processes.
Latest Patents
Allison Caster holds a patent for a "Method and apparatus for improved wire saw slurry." This invention introduces a slurry recycle process designed for free-abrasive machining operations, specifically for wire saws used in wafer slicing of ingots. The process involves separating the used slurry into kerf-rich and abrasive-rich components. The abrasive-rich component is then reconstituted into a makeup slurry, ensuring that the average particle size is controlled. This control is achieved by monitoring the condition of both components and adjusting the separating force and dwell time of the separator apparatus. The invention also includes related pre-separator and post-separator treatments, which enhance the effectiveness of the recycling process.
Career Highlights
Allison Caster is currently employed at G.T. Equipment Technologies, Inc. Her work focuses on improving machining processes through innovative solutions. With her expertise, she has developed methods that contribute to the production of high-quality products with minimal TTV deviation over extended machining operations.
Collaborations
Allison has collaborated with notable colleagues, including Michael A. Costantini and Jonathan A. Talbott. These partnerships have fostered a collaborative environment that encourages innovation and the sharing of ideas.
Conclusion
Allison Caster's contributions to the field of wire saw slurry recycling exemplify her commitment to innovation and quality in machining operations. Her patent reflects a significant advancement in the industry, showcasing her expertise and dedication to improving manufacturing processes.