Half a year ago, I released a desiccant box designed for Bambu Lab spools, and it received a lot of positive feedback from users. After carefully reviewing comments and real-world usage suggestions, I decided to redesign and optimize the model from the ground up.
All improvements focus on one clear goal: ——lighter weight, higher stability, and better real-world usability.
Boost MePlease make sure the build plate is clean before printing. Do not touch it with oily hands — otherwise, misfortune may occur 😉
🔹 Easy to Print · Beginner Friendly
Compatible with PLA / PETG / ABS / PAHT — perfect for using leftover filament
Fast printing: as quick as ~41 minutes
Low material usage: about 20 g per unit
On a Bambu Lab P1S, up to 7 sets can be printed in one batch, averaging 41 minutes per set
🔹 User-Friendly Experience
Extra-large opening — no need to print a funnel for filling desiccant
Simply press into the spool to lock,No additional anti-drop parts required
🔹 More Scientific Structural Design
Vertical ventilation holes 0.5 mm gaps combined with a large total ventilation area
Floating structure The desiccant box does not tightly contact the spool wall, improving air circulation
Upgraded locking mechanism Completely prevents accidental detachment without extra components
Trapezoidal threads Optimized for 3D printing with precise tolerances and smooth screwing action
Maximum hole size: 0.5 mm Effectively prevents leakage of small or broken desiccant particles
Optimized print path No frequent retractions, lower noise, and no limitation to vase-mode single prints
Fast printing: as quick as ~41 minutes Low material usage: about 20 g per unitOn a Bambu Lab P1S, up to 7 sets can be printed in one batch, averaging 41 minutes per setVertical ventilation holes 0.5 mm gaps combined with a large total ventilation areaFloating structure The desiccant box does not tightly contact the spool wall, improving air circulationUpgraded locking mechanism Completely prevents accidental detachment without extra components
Optimized print path No frequent retractions, lower noise, and no limitation to vase-mode single prints