DNP123 is revolutionizing the field of nanotechnology by making it accessible and affordable for a wide range of users, including educational institutions, industries, and government laboratories. The company has developed a unique approach that utilizes DNA-patched nanocubes, which self-assemble into customizable three-dimensional structures at the nanoscale. This innovative technique allows for unprecedented control over the design and manufacturing process, enabling rapid development of nanotech products. DNP123's core intellectual property is patent-pending, highlighting the novelty and potential impact of their technology in simplifying the assembly of complex nanostructures.

One of the standout applications of DNP123's technology is the rapid development of a handheld genetic detection device, which was completed in just two months. This device meets critical requirements for speed, affordability, and portability, demonstrating the efficiency of DNP123's methods. The ability to produce results in under ten minutes and keep costs below $10 per sample showcases the practical benefits of their technology. By streamlining the design and assembly process, DNP123 empowers users to innovate in nanotechnology with ease, effectively bridging the gap between concept and realization in this advanced field.

United States

DNP123 is a startup focused on solving nanotech manufacturing problems. We work with industry, government labs, and academic research groups to enable the design and assembly of novel nanotech devices. DNP123’s patent-pending core IP—DNA-patched nanocubes that self-assemble designable structures—affords a simple, standardized method of assembling almost any three-dimensional structure at nanoscale.

DNP123

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