CR123 battery case "Heinz"

thingiverse

Customized version of Thingiverse's https://www.thingiverse.com/thing:57281 for six batteries CR123A and older brother, also without snap-on cover like https://www.thingiverse.com/thing:3810008 with snap-on cover created with Customizer http://www.thingiverse.com/apps/customizer/run?thing_id=57281. Created using custom tool repair on Azure model site https://modelrepair.azurewebsites.net/. Instructions: Choose the following options for base unit. Select bottom part. Battery diameter, use size 17 mm. Inside box height is 20 units tall. Box consists of three vertical columns with two horizontal rows per layer. Build walls one solid structure wide and high in every location specified as build site where possible (default) . Add 1 cm thick base material under battery support to complete the first step of assembling battery charging device, also know that using default lip height is already a known best choice among enthusiasts. Set gap space around fit area at 0.1 cm wide. Use given options below for lid attachment component. Select part top from list of available components such as battery cap etc., select size for diameter on individual elements or all combined if you choose option. Make sure it's exactly 17 mm long diameter across board so it fits perfectly onto standard issue lithium CR123 batteries which they commonly sell at most electronic gadget stores these days! Inside lid has a 15 unit high gap area. Columns stay same (three vertical). Rows still hold two horizontal positions on top. Walls go one solid in construction. Bottom has double build compared to any normal cover model - you now see that ' base 2' equals an additional part made to attach snap cover securely. Last adjustment - keep existing lip size unchanged which comes with built-in support feature as default when working directly within program environment. Set a gap space of just over 0.1 cm to account for fit clearance at designated battery cap areas where the metal components connect with electrical components on device that will house all this inside it - pretty cool!