Company Filing History:
Years Active: 2013
Title: The Innovative Mind of Phillip Duncan: Pioneering Liquid Manipulation Technology
Introduction
Phillip Duncan, an inventive mind located in Mount Waverley, Victoria, Australia, has made significant contributions within the realm of liquid manipulation technology. With a focus on creating optimized solutions for handling samples, his work culminated in the development of a specialized cartridge to enhance precision and efficiency in this area.
Latest Patents
Duncan holds one notable patent titled "Cartridge and system for manipulating samples in liquid droplets." The innovative cartridge is designed to work with an electrode array, allowing for the effective manipulation of samples in liquid droplets. The design includes a body with wells for reagents or samples, a flexibly deformable top sealed structure, and a piercable bottom to facilitate the release of samples. The working film beneath the body is hydrophobic and impermeable to liquids, ensuring high performance during operation.
Career Highlights
Phillip Duncan is currently associated with Tecan Trading AG, a company well-regarded for its advancements in laboratory instruments and solutions. His contributions in the field of liquid manipulation demonstrate his technical expertise and dedication to innovative solutions that address real-world scientific challenges.
Collaborations
Duncan's innovative journey has been further fueled by collaborative efforts with esteemed colleagues such as Marc Nathan Feiglin and Joseph Mamone. Their collective expertise has likely enhanced the development of Duncan's patented technology, fostering an environment for shared knowledge and advancement in the field.
Conclusion
With his patent on the cartridge for manipulating samples in liquid droplets, Phillip Duncan exemplifies the spirit of innovation in scientific technology. His work at Tecan Trading AG, along with his collaborations, positions him as a notable inventor shaping the future of laboratory instruments and sample manipulation processes. As the demand for precision in scientific research grows, contributions like Duncan's will continue to pave the way for new advancements in the field.