Company Filing History:
Years Active: 2007
Title: Innovator Chiranjit Deka: Pioneering Temperature Control in Microfluidics
Introduction: Chiranjit Deka, an inventive mind hailing from Andover, MA, has made significant contributions to the field of analysis devices. With a patent to his name, he has developed an apparatus designed to enhance the temperature control of substances flowing through microfluidics channels. His innovations may revolutionize how temperature is managed in analytical processes.
Latest Patents: Deka's key patent, titled "Analysis apparatus having improved temperature control unit," outlines a sophisticated temperature control mechanism. The innovation features a heating unit with dual surfaces; the first surface is partially exposed for efficient cooling, while a thermally conductive medium is positioned near the second surface. This design ensures precise temperature management for microfluidics channels used in various analytical devices, including capillary electrophoresis instruments. The ability to disengage the thermally conductive medium with capillary columns from the heating unit non-destructively promotes reuse, providing both convenience and sustainability.
Career Highlights: Chiranjit Deka is currently affiliated with Beckman Coulter, Inc., a renowned company specializing in laboratory instruments. His work at Beckman Coulter underscores his commitment to enhancing technological solutions in analytical devices. With one patent awarded, Deka is establishing himself as a prominent figure in the innovation landscape, particularly in the field of microfluidics.
Collaborations: Deka has collaborated with esteemed professionals in his field, including Arthur W Miller and Sunil S Deliwala. Together, they contribute to advancing research and development initiatives, fostering a collaborative environment that drives innovation within their organization.
Conclusion: The contributions of Chiranjit Deka encapsulate the spirit of innovation in the realm of analytical technologies. His patent on an advanced temperature control apparatus signifies a notable advancement in microfluidics, poised to enhance analytical precision in various applications. As Deka continues his work at Beckman Coulter, the potential for further innovations remains promising.