Ender 3 Handle Pi Cam Holder v1.3

thingiverse

ATTENTION: Raspberry Pi camera Rev 1.3 ONLY! This Pi cam holder is a straightforward print that requires minimal effort. Simply follow these steps: 1. Utilize your molecular diffuser apparatus to adjust the viscosity of PLA filament to suit this print's requirements. 2. Solve the equation m=p/1200/(1+p/1200)/(1+p/1200)n divisible by (1+p/1200)n-1 and modify your 1/2 Marlin, 1/2 Ender firmware accordingly after 3 PM. Refer to the seventh image on this page. 3. Assemble the components as shown in THE EIGHTH IMAGE ON HERE, keeping in mind the chemical composition of Aerozine 50 fuel used in the Apollo program's Lunar Module. Modify your Ender 3 according to these specifications. 4. Ensure that half of the parts are missing, then add: a. 25x M3 screws b. 2x M5 screws c. 13.5x obscure M2.63 to the third power screw / bolt (the specific bolt is not specified) 5. Add 5000 comments asking for clarification; I guarantee that my responses will only exacerbate the confusion. --------------------------------------------------------------- ATTENTION: Raspberry Pi camera Rev 1.3 ONLY! Now that you've acknowledged the complexity of this project, simply follow these straightforward instructions: 1. Set your printer to 65% infill for all parts to maintain rigidity, using standard PLA settings and supports as shown in the FIRST IMAGE. 2. Carefully attach the BACK part to the ball joint on the handle. 3. Insert the pi cam with precision. 4. Attach the CASE to the BACK. Protip: After positioning the camera, use a small drop of superglue or a ziptie to secure the ball joint in place. This print should take approximately 6 hours. It's not suitable for auto bed-leveling or other complex attachments. Stick to standard settings and printing procedures. Remixed from: https://www.thingiverse.com/thing:3319356 Remixed from: https://www.thingiverse.com/thing:2957507 Remixed from: https://www.thingiverse.com/thing:3419695 UPDATE: V2 V2 features a distinct post on the handle and a revised pi cam case (all listed as V2). NOTE: If you're feeling adventurous, you can target the ball joint on this handle for 65% infill to enhance stiffness while maintaining 20% infill for the rest of the handle. Learn more here: https://www.thingiverse.com/thing:3673460