Explore the sleek custom-designed Toothbrush Cap at Thangs.com, ideal for fitting wider or child-sized toothbrushes. Brought to you by designer L33tch, this practical 3D model, was birthed from the need for a simplistic yet applicable solution for a child-sized toothbrush. This unique design, inspired by a wireframe mesh model found [elsewhere](https://www.thingiverse.com/thing:4615041), was innovatively reimagined to meet specific needs, delivering a perfect blend of simplicity and functionality. 

With a front and back image conveniently provided, evaluating the design before printing is made easy. The Toothbrush Cap's robust design represents understated engineering at its finest. While most available models were over-engineered or too small, this 3D printed toothbrush cap fills a unique need, reflecting an understanding of child-friendly hardware with its user-centric design.

Keyword-rich tags for this model include toothbrush cap, child-sized toothbrush, custom design, 3D model, Thangs.com, and 3D printing solutions. Stop searching for the perfect toothbrush cap; print your own. Discover more intuitive designs by L33tch on Thangs.com. Turn ideas into reality with 3D models that suit your unique needs.

(note: I've decided to let the AI fly with my descriptions... They are fun, but I'll do my best to ensure they don't downright lie.)

Toothbrush Cap

I was looking for a simple toothbrush cover for my son's toothbrush, but those I found were either far more engineered than we needed or too small. (Why this child sized toothbrush is wider than normal... who can say).
I did find something close to what I was looking for here https://www.thingiverse.com/thing:4615041 but it was a wireframe mesh and I don't know how to remix that, so I ended up designing one similar but with the differences I needed.

A fitting to fix my extraction pipe to my window, allowing me to:
- keep the window ajar for air
- blow air down so that it is less likely to come back in
- fit s good amount of filter material into the box
- keep the window closed enough that the cats still can't get out
- print without needing internal support

Note: Depending on your setup... I have since found out that the VOCs generated with good airflow actually increase rather than quickly reaching a saturation point. So try to seal your printer and have this solution to vent after prints rather than throughout.

Extraction Pipe Window Holder

A fitting to fix my extraction pipe to my window, allowing me to:
- keep the window ajar for air
- blow air down so that it is less likely to come back in
- keep the window closed enough that the cats still can't get out
- print without needing internal support

This is another model I put together while building up a solution similar to https://www.printables.com/model/146367. I was not able to find the 40mm pipe required and so needed to make a 25mm pipe that I had on hand, fit without the spools losing height in the box.

The half moon shape, when sitting with the opening upward, allows a 25mm pipe to side in a harness designed for a 40mm diameter pipe, while still meeting the same highest point.

Printing 2 at the same time:
- Layer height: 0.2mm
- Infill density: 10%
- Print time: 0h41m
- Total filament used: 3.035m

25 to 40 expansion

Originally crafted for the Weedo M2 and potentially the Weedo F150 3D printer, this model provides a solution for controlling the extracted air from the printer's fan through a filter.

Our specific model wraps around an 80cm fan outlet and then converts to a round threaded section to attach air conditioning piping. This feature allows effective control over air output to meet industrial needs. Download this model and achieve more control over your 3D printer's airflow. 

Be sure to review visual images of the 3D model for a deeper understanding of its design intricacies. Discover the capabilities of this Extraction Pipe Fitting and how its specific design can seamlessly integrate into your 3D printing applications.

Note: Although its original design was intended for Weedo M2 and potentially Weedo F150 3D printers, the characteristics of the model may be suitable for other applications and other 3D printers. Consider measuring your fan outlet and requirements before using this 3D model.

Side note: these AI-generated descriptions are wild! Though I did take out some of the fluff that was a bit too much SEO and not enough fact.

For the added info I like to see on uploads:
Layer height: 0.2mm (the thread is huge, no need for finesse here)
Infill density: 10%
Print time: 2h15m
Total filament used: 8.815m (~25.5g)

Extraction Pipe Fitting

This is potentially quite specific to a Weedo M2 (and potentially Weedo F150) 3D printer. There is a fan which extracts ait from the enclosed printer through a filter, but I wanted to have more control of where the output went. I therefore put this convert together which wraps around  an 80cm fan outlet (and its filter cover which pushes the internal dimensions to 84cm) and then converts to a round threaded section to allow air conditioning piping or equivalent to be attached.

A PC4-M6 threaded cap specifically designed to build a durable and efficient dry box for industrial and business use. This user-friendly 3D model is meant to reduce printing times significantly. It incorporates a small section of TPFE tube as a sealing cap, guaranteeing a practical solution for anyone with extra PC4-M6 spare parts. Equip your workspace with this temporary solution, designed to be replaced once you find or create a more permanent answer to your needs. 

I created this as I was building up a solution similar to https://www.printables.com/model/146367 but I wanted to be able to seal the interfaces when not being used, while still ensuring the filament did not slip back into the box.

Some practical info for interest on the settings I used (on a Weedo M2) and my results:
- Layer height: 0.15mm (to ensure a practical thread... Higher would be better, lower worse of course)
- Infill density: 10% (likely not too important with the size of this model)
- Print time:  0h17m
- Filament used: 0.578m

PC4-M6 Threaded Cap

I wanted to build a dry box but spend less time printing the interfaces... One of the solutions I put together was to use a PC4-M6 attached to a small section of TPFE tube and this cap to seal the end. Of course this is a waste of a PC4-M6 and so a temporary solution if you have a proper bowden setup. But if like me, you had these to spare, it does work a charm until I decide on/design/print a better solution.

I started 3D printing in August 2023... Needing to patch up an old printer off eBay I started my journey learning as much as possible! I am loving the challenge so far and I look forward to what I can do for my 3-year-old son as I gain experience as well as plan to share my creations as time goes on!

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Toothbrush Cap

Extraction Pipe Window Holder

25 to 40 expansion

Extraction Pipe Fitting

PC4-M6 Threaded Cap