Andrew Fork

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The Andrew Fork is an innovative assistive device designed to make cutting food easier for individuals who struggle to grasp a traditional fork. Young Andrew Forest's ingenious solution was born out of necessity, as he found it challenging to comfortably hold a fork in his right hand. To overcome this obstacle, Andrew shaped a custom handle using modeling clay and then had his mom bake the assembly in the oven to make it sturdy enough for use. This clever invention sparked an idea that could benefit others with similar hand differences, prompting the development of a 3D printed fork handle using Tinkercad. The design is specifically tailored to fit a standard fork available at the Dollar Tree store in a pack of two for just $1. It's essential to note that PLA filament should not be used, as it may not withstand washing in a dishwasher. However, the STL file has been designed to account for shrinkage in ABS and Nylon filaments. If you don't have access to a 3D printer, there are alternative options available. You can obtain a quote from services like 3D Hubs or Shapeways, or conduct a search for local 3D printing services using your zip code. The design is open to modification and adaptation to suit individual needs. Feel free to hack or remix the Tinkercad file to create a custom fork handle that fits your specific requirements. Alternatively, you can join the e-NABLE community and collaborate with other volunteers on developing assistive devices for various tasks.