Rod Holder (remix) using self-tapping screws instead of bolts and locknuts

Rod Holder (remix) using self-tapping screws instead of bolts and locknuts

thingiverse

**If you want to implement [V2 of StvPtrsn's excellent dry box made from a tote](https://www.thingiverse.com/thing:3947469) yet use self tapping screws instead of bolts and locknuts, this is your remix.** This design will 3D print the Rod Holder with pre-drilled holes for self tapping screws. There are two file variations to accommodate either of the following screw sizes: **8x of 3.5mm x 12mm Self Tapping Screws** For example, workable: 3.5mm x 12mm Hex Hexagon Head Self Tapping Screws Silver [https://www.amazon.com/3-5mm-Hexagon-Tapping-Screws-Silver/dp/B012T9NPJC/ref=as_li_ss_tl?&linkCode=sl1&tag=httpdougjosne-20&linkId=a452f64b0bc81ff5d182a8f106136339&language=en_US](https://www.amazon.com/3-5mm-Hexagon-Tapping-Screws-Silver/dp/B012T9NPJC/ref=as_li_ss_tl?&linkCode=sl1&tag=httpdougjosne-20&linkId=a452f64b0bc81ff5d182a8f106136339&language=en_US). -or- **8x of M3 X 10mm Self Tapping Screws** For example, workable: M3 X 10mm Stainless Steel Cross Pan Head Self Tapping Screws Bolts [https://www.amazon.com/3-5mm-Hexagon-Tapping-Screws-Silver/dp/B012T9NPJC/ref=as_li_ss_tl?&linkCode=sl1&tag=httpdougjosne-20&linkId=a452f64b0bc81ff5d182a8f106136339&language=en_US](https://www.amazon.com/3-5mm-Hexagon-Tapping-Screws-Silver/dp/B012T9NPJC/ref=as_li_ss_tl?&linkCode=sl1&tag=httpdougjosne-20&linkId=a452f64b0bc81ff5d182a8f106136339&language=en_US) The key here is flexibility. Anything remotely close to the above should work fine. **More details:** This is a remix of one part of StvPtrsn's "Sterilite 20qt Filament Dry Box v2" (October 30, 2019). I had said that his original version was "hands down the best solution I've found for a dry box made from a plastic tote. Works great! Easier and faster to setup than other designs! Compared to others, it has fewer parts to print, and is a much better approach." Now, this Version 2 has more parts to print, but it prioritizes ease of use over ease of getting it implemented. I've got some implemented of both V1 and V2, and I have them both in use. So why this remix on one of the few parts? **His approach calls for bolts and locknuts.** However, it's just as doable with lowly self-tapping screws, meaning it's less demanding on hardware, offers more flexibility, and is a bit faster and easier. Tip: Despite using self tapping screws, for ease of installation I pre-drilled the tote (mark the holes using his Drill_Hole_Template.stl and then use a 3mm bit or 1/8" bit to drill the 3mm thick tote plastic), and the part itself prints as pre-drilled, which gains wall thickness inside the part to grip the screws, and makes alignment a breeze. Kudos to StvPtrsn for his excellent designs. Note: Amazon links are affiliate links.

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With this file you will be able to print Rod Holder (remix) using self-tapping screws instead of bolts and locknuts with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Rod Holder (remix) using self-tapping screws instead of bolts and locknuts.