Company: Choon’s Design LLC

Patent: Loom with rotationally incrementable pins (US Patent 12685371)

August 2026 Michigan Patent of the Month: A New Era for Brunnian Link Crafts

Choon’s Design LLC has fundamentally transformed the world of craft kits, and their latest invention is a testament to their continuous drive for innovation. This new patent details a loom featuring a base that supports upward extending pins, each equipped with a specialized flange. What makes this design so innovative is the rotational incrementability of the pins. By allowing users to precisely rotate and lock the pins into specific orientations, the loom enables the creation of far more complex and intricate Brunnian link items, such as bracelets and necklaces. The flanges ensure that elastic bands are held securely at the perfect angle, significantly reducing the frustration of slipped bands and expanding the creative possibilities for users of all ages.

For these remarkable advancements, this invention was proudly awarded the Patent of the Month for the state of Michigan in August 2026. The recognition celebrates not only the mechanical ingenuity of the device but also the dedication to educational and developmental play. By continuously improving their craft tools, the company supports the development of fine motor skills, spatial reasoning, and creativity in children. Winning this award highlights how a business based in Michigan continues to lead the global market in interactive crafts, proving that even simple elastic band looms can undergo profound technological evolution.

Unlocking the R&D Tax Credit in the USA

The practical applications of this patent could easily qualify for the federal Research and Development (R&D) tax credit in the USA. Developing a loom with rotationally incrementable pins requires overcoming specific technological uncertainties related to mechanical engineering and material science. The engineering team would have engaged in a rigorous process of experimentation, involving the creation of multiple prototypes to test the rotational mechanisms and ensure the plastic flanges could withstand the repeated tension of elastic bands without failing. Because these activities involve systematic trial and error aimed at achieving a measurable improvement in product functionality, durability, and user experience, the financial investments tied to the design, testing, and refinement of this loom align perfectly with the strict eligibility requirements of the US R&D tax credit program.