Yogurt or compote pot holder and grips. Adaptative and ergonomic devices

myminifactory

This is my second time entering a 3D design contest, and I'm excited to participate with "MyMiniFactory + Barclays Eagle Labs" through the #enabledby3d program!!! I have a personal connection to the challenges people face when dealing with disabilities, as some of my family members live with similar situations. One of the main advantages of 3D printing is its ability to customize each object for individual needs, which aligns perfectly with the field of disability where unique solutions are constantly required due to the varied and personal nature of each patient's situation. The world of 3D printing has the potential to make a significant impact by becoming a valuable aid for people with limited hand use (and other disabilities), allowing for precise adaptation of devices tailored to individual needs. We can help improve living conditions and overall well-being for those who deserve it through this contribution. I designed a modular device that allows for secure holding of compote or yoghurt pots. To assemble the device, print the "Yogurt Holder.stl" file first, then experiment with different handle solutions by testing one or more of the other objects in my project. The interlocking dovetail system enables easy switching between handles, allowing you to find the perfect fit. You can merge the .stl files using meshlab or meshmixer once you've found the best solution and print a single mechanical part. For adapting an alternative handle, use the "Dovetail Shape for mesh mixing.stl" file. Be aware of the 91-degree angles between the bottom and the two faces that will engage with the negative dovetail shape from "Yogurt Holder.stl." If you're not careful, your mechanical part might not slide correctly. I aimed to design a pleasant object that doesn't resemble a medical device. To ensure ease of printing, I specified the following technical requirements: all objects have been optimized for PLA, with a 0.2mm tolerance for smooth sliding between parts. Printing tips are as follows: For PLA: - All objects in this project have been optimized for PLA. - There is 0.2mm tolerance for good slide between mechanical parts. - Optimized results can be achieved with the technical specifications below. For ABS: - Verify if the tolerances are good or not (test only the first 20 layers). - If necessary, adjust a little by scaling "yogurt holder" (1.01 until 1.03). Printing settings: * Put vertically the object, like the .stl file on nettfab for example. * Except for "Long Handle for Yogurt Holder.stl," which must be rotated 180 degrees on the x-axis. * Nozzle: 0.4mm * Infill: 20% or 33% * Brim: no raft needed * Support material is not required (except for "Single 45deg rotation Left Handle for Yogurt Holder.stl" and "Single 45deg rotation Right Handle for Yogurt Holder.stl"). * Wall thickness: 0.8mm * Layer thickness: 0.2mm I'm excited to contribute to a better world through the #enabledby3d program.