IKEA SKÅDIS wall storage: Filament buffer and drybox mounts

prusaprinters

<p>Simple to print IKEA SKÅDIS wall storage mounts for MMU2S filament buffer, and for wall-mounted drybox</p> <h3>Print instructions</h3><p>Simple to print IKEA SKÅDIS wall storage mounts for MMU2S filament buffer, and for <a href="https://www.prusaprinters.org/prints/4603-wall-mounted-drybox">wall-mounted drybox</a>.</p><h3>Instructions: wall-mounted dryboxes to SKÅDIS</h3><p>First attach printed <i>skadis_mount_drybox_upper.stl</i> to SKÅDIS wall storage. Push them all the way back, then push them down a little bit so that <b>round hooks are pointing up, and square mounting hooks are pointing down</b>. Please note that you must leave between mounts at least one SKÅDIS slot, otherwise dryboxes won't fit next to each other.</p><p>Next take a power drill and attach <b>5.5mm metal drill</b>. From drybox drill open upper row and bottom row and leave middle row as is.</p><p>Then attach printed <i>skadis_mount_drybox_lower.stl</i> to the lower part of the drilled holes. Push them in so that <b>round hooks are pointing down</b>. Purpose of this is to keep drybox in level with upper mount preventing twist and turn (and possible damage for the actual mount).</p><p>Finally push drybox to actual mount attached in SKÅDIS.</p><h3>Instructions: filament buffer</h3><p>Place filament buffer below dryboxes and push in printed mount, <i>skadis_mount_filament_buffer_lower.stl</i> to narrow part of the filament buffer. Push lower buffer holder in SKÅDIS slots and push print little bit down so that it will lock to SKÅDIS.</p><p>Next take two pieces print, <i>skadis_mount_filament_buffer_upper_right.stl</i> and <i>skadis_mount_filament_buffer_upper_left.stl</i> and snap in them together. <b>Mind the orientation: both of the notches at the ends must point to same direction!</b></p><p>Place print on upper part of the filament buffer and snap it in the SKÅDIS.</p><h3>Instructions: printing</h3><p>For printing these mounts I <b>strongly recommend using PETG</b>. I haven't done any tests with PLA so example strength to hold 1,6 kilograms with PLA mount is unsure. However PETG is what I have tested and determined that this material should be strong enough for this purpose.</p><p>When printing, <b>use orientation what STL have</b>: prints are oriented in way that stress is focusing on long print lines leaving layer gaps with almost stress free. <i>This cannot be emphasised too much: if you rotate models along any other axis than Z</i>, <b>you are risking rigidity of these objects</b> and you might end up fallen drybox.</p><p>Best print settings are 0.2mm quality settings, but <i>change infill to 40%</i> and add supports when printing drybox models. These two models require small amount of support material to provide best possible strength for the printed object.</p>