Dehydrator Filament Dryer (REMIX Addon for Rosewill RHFD-15001)

Preface

These models are intended to be used as an “add-on” to @SJB4127's original files for the Rosewill RHFD-15001 Dehydrator (Amazon not linked as their links break constantly), specifically two 90° walls in their section titled “Generic Side Walls (Experimental)”: 300mm and 320mm. I created these so I wouldn't have to scrap the ones I had already printed and waste material so this is ideal for folks who have already printed for a similar dehydrator OR don't mind printing off some additional files to mate these walls to the Rosewill better.

I also have to mention that, aside from only having a 3D printer for a few months as of this posting, this is my second 3D model I've ever made. That being said I've tried to optimize these as much as I knew how to but I'm positive there's something more that can be done to improve them.

What You'll Need

• Material
  • Given that dehydrators use heat as one of the elements to… dehydrate… I would assume PETG or ABS are the preferred materials so they don't warp when running the dehydrator. The first model I made I ran in PETG and the second (the one uploaded here) I've printed in ABS (honestly only because I ran out of PETG).
• Files
  • Mostly by luck (because I'm bad at math) I found out that, per tray, I could use 3 walls of one size and one smaller to fit the Rosewill perfectly. So, for each layer you will need:
    • 3x Generic 320mm 90deg walls*
    • 1x Generic 300mm 90deg walls*
    • 3x 320mm 90deg Adapters
    • 1x 300mm 90deg Adapters
      *I only printed 110mm height generic walls from @SJB4127 but comparing the higher ones in F360 any height should work with my adapters
• Settings
  • As I said earlier, I'm only maybe 3mo into 3D printing but I have some pointers based off what I found with my printer (Elegoo Neptune 4 Pro) and materials (Polymaker PolyLite PETG and ABS). I've included the GCODE for my ABS prints but I'm waiting for more PETG to arrive before I post those.
    • 0.20mm layer height should work just fine with a 0.40mm nozzle
    • For both materials I used supports, but turning off Brim Replaces Support in the Build Plate Adhesion settings of Cura made removing them nearly tool-less
    • Aside from above, default Brim settings worked great for PETG but I needed to increase the width to around 8mm for ABS (I have my printer in a homemade Ikea Lack enclosure)
    • I've only tried printing two at a time in “football” formation as Cura recommended by automatic placement though you should, technically, be able to print 4 or 5 in diagonal orientation back to front on the Neptune 3 or 4 build plate size.