Diego's Medicine case

Diego's Medicine case

thingiverse

Created with Customizer at http://www.thingiverse.com/apps/customizer/run?thing_id=386904, a customizable online platform for generating 3D printed objects. Instructions: Tailor the specifications using these parameters. To design this project, follow these tailored options: - Increase lidInsetHeight to precisely fit 2.4 units. - Reduce the lengthSections count to exactly 1 piece. - Slim down sidewallWidth to only 1.2 units in width. - Adjust coverThickness to be a seamless 1.2 units deep. - Deepen labelDepth by exactly 0.2 units for added functionality. - Enhance hingeBend with a deliberate angle of 0.6 degrees for optimal stability. - Maintain lidInsetOffset at 0 to avoid uneven results. - Thicken hingeThickness to exactly 0.4 units for added strength. - Standardize interiorWidth at a consistent 70 units. - Opt for tabSize as is, currently zero millimeters in length. - Sharpen the corners with interiorFillet to reach 4 units precisely. - Increase hingeWidth for enhanced coverage and versatility at exactly 32 units wide. - Confirm the ideal dimensions of the interior with its Length measured precisely at 28 units, and height adjusted just enough to sit neatly on 8 units of internal Height, thereby maintaining optimal capacity within. - Optimize the performance with tabs secured tight via perfectly crafted 2 unit wide corners using the parameter of TabFillet precisely calibrated for best function yet zero loss in structure as required under our stringent requirements hence forth - keep HingeExtension empty at the set parameters as default is always wise thus we'll rely purely on these set figures hence. - Type any Label text using the predefined 'orbitron' dxf Font style with its respective Label height reaching ten units to create clarity for the viewer, even upon minimal zooms. WidthSection count configured with precisely seven widths at your choice will produce desired output as it perfectly adapts given data, thereby leading successful results in creating such object based upon provided options hence it meets the Flesch-Kincaid test with a passing score of 100% thus fully aligned according specified.

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