A filament compression fitting for your drybox. This fitting is designed to hold your filament taught so that the spool doesn't unwind on you by sliding back through the output hole of your drybox. It was designed to be printed in TPU as this ensures that the small compression clamps do not break when flexing over and over. The hole must be 3/8" and a small file, hobby knife, or file should be used to cut the slot at the edge of the hole to match the fittings design. This tab at the bottom of the fitting is there to stop the male portion of the fitting from spinning as you screw on the female locknut. The more you thread on the nut, the tighter the grip on the filament. A PTFE tube can be inserted on either side of the fitting but be aware that it should only be inserted a limited amount as it may block the clamps from squeezing the filament. Print settings can vary- I used 0.4mm nozzle with 0.16mm layer height. The model is designed for a plastic drybox with wall thickness of approx 2mm.

Filament Compression Fitting.3mf

Compression Fitting.3mf

For those of you that have a P!P with the custom ARC enclosure here is the final piece you need to make it complete. The ARC support a plexiglass top lid but all it does is sit there. If you need to vent it it's a dangerous game shoving a deck of cards or some other object in there to prop up the lid for venting. Here is the solution! Included in this project file are 2 side brackets that replace the stock side panel clips. Then there is the support pins that actually hold the lid. Make these out of TPU to reduce noise and vibration. They get pushed through the sides of the brackets. There are 2 sets of holes for different heights. The second part to this project and that which should be printed first is the piano hinge. This allows easy movement of the lid up and down without it falling over or sliding sideways. This is a print in place object so be sure to print it as it sits in the 3mf file. ASSEMBLE it in your slicer to ensure it stays properly aligned. The hinge has a backstop on it to prevent the lid from falling backwards too far. The hinge fastens to the backside panel where the old lid guard went(remove it). This is a simple hinge and not a bolt-through hinge so don't yank on it too hard. The hinge is designed to fasten to the plexi lid with double stick tape 2mm thick. All parts should be printed as they stand in the file and require no supports. No special slicer settings are required, just make sure your settings can do chamfers and overhangs properly. The hinge pictures show my first version and the file here has been updated. I will post new pics when available. Enjoy!

P1P Top Lid Mod for ARC Enclosure

ARC Lid Support.3mf

A filament clip. I dare you to try it. This works fantastic! Holds your filament tight on the spool after use and within the spool walls. It won't get knocked off like some others as the spool rolls around. This is a print in place, 2 piece, hinged filament fastener that was made to be printed in TPU 95A. It may work with other types of plastic but the flexibility and stickiness of TPU was key to it grabbing the filament IMHO. My 3mf is a plate of 11 pieces sliced on a Bambu P1P using Inland Clear TPU@0.2mm LH and a 0.6mm nozzle with the textured pei plate. Like some other clips, you simply unspool about 3 ft of filament and wrap and press the filament into one of the slots. Then wrap the rest of the filament back around the hub and insert the final end into the second slot. It should snap into place. Then flip and press the lid in for another snap-tight fit. Sooooo satisfying! Please leave a like if this helps you out and a comment. Let me know if you find it works with PLA or other plastics.

Version 2= Maximum grip and the top piece now surrounds the bottom thereby not allowing its grip on the filament to loosen even with slippery petg. If the first version simply isn't tight enough for you then this is the end-all- be-all.

Filament Retainer Clip.3mf

Filament Retainer v2_5.3mf

Hangers for 1"5/8" Wooden dowels used to hang clothing in closets or curtains and drapes. Two designs available. One with angled mounting holes and one with straight mounting holes. Strong enough to hold the dowel with the open side facing down if needed. I printed mine in PETG-CF at 0.3mm layer height. EDIT: In v2 I have added a screw in clamp that slides over your dowel so that the dowel will not move left to right if there is no natural obstruction to the movement already. Print out 2 and place 1 on each side of the hangers. i recommend predrilling your dowel and using a small countersunk screw, probably a number 6 or 8. Doesn't need to be very long.

Dowel hanger v2

Dowel hangar.3mf

Dowel hangar Slide Clamp.3mf

A drybox holder designed to mount to the Ratrig vcore3.1 500mm machine. May work on other sizes but I don't know. In the zip file will be 2 styles, one that corner mounts inside the frame and a front mount that mounts to the outside of any top extrusion. Uses the standard hardware used for those extrusions. The holster is made to fit the kingroon drybox found [here](https://www.amazon.com/Printer-Filament-Printing-Compatible-Material/dp/B0B77DWHK6/ref=sr_1_11?crid=1YCHZFJRD5BX4&keywords=kingroon%5D&qid=1697851582&sprefix=kingroon%2Caps%2C85&sr=8-11&th=1). It allows easy no-drag feeding of the filament to the toolhead and easy access to the drybox for refilling. I printed mine in PETG-CF for rigidity. The corner mount is pretty beefy and after printing it it was overkill I think so I redesigned the front one to use less plastic. I moved the default feed spout from the bottom of the drybox to the top so the box would slide further into the holster.

Ratrig v500 Drybox Holster

A simple caddy for organizing your toothbrushes and stuff. Small holes are for standard brushes, medium holes are for motorized brushes, and the large holes are for toothpaste tubes. Can be modified in STEP for your needs. Enjoy. Prints without supports and snaps together.

Dental Care Caddy

Dental Care Caddy_OBJ.obj

Here is a shampoo/soap holder I made for the wife. It hangs on the edge of a clawfoot tub. Holds your stuff while soaking in the tub! I made a custom design for the front panel just for my wife but I have deleted it here so You can make your own custom one of a kind message or design. This should be made from PETG only of course. The model is separated into  4 parts for easier printing and requires simply assembly with CA glue or similar bonding. The pins and corresponding holes are there to aid in alignment only and will not secure the assembly together. There is a .3mm tolerance between the pins and holes already in place. Adjust as needed. Be mindful that the model is designed to be assembled front and back first, then the sides. Put glue on all mating surfaces and then use a pair of sliding clamps to hold it all together as it dries. Do not use instant bond CA glue. Use one with at minimum a 30 second bond time or even 4-5min to allow for you to position the parts in time. Check their fitment BEFORE using the glue. File if need to make them fit smoothly.

Tub Caddy

Generic Tub Caddy.step

A simple coupler to join two pieces of PTFE tubing together. Literally could not find this commercially made anywhere online. The tubing diameter is now 4.1mm and the filament passthrough diameter is 2.2mm. Version 2 is redesigned to make it easier to pull the tubing out when needed.

PTFE Coupler

PTFE Coupler.obj

A tool I created to adjust the tramming wheels for manual bed leveling. Fits all Bambu Labs printers. I printed mine in PETG+ at 25% infill on a 0.6mm nozzle and 0.3mm layer height. Enjoy!

Bambu Labs Bed Leveling Socket Tool

Tramming Nut Socket.3mf

A wall mounted holster for most hair dryers. Also has an accessory flat iron holster and cup for curlers and other misc items. I have built several size rings to fit various sized hair dryer snouts. Feel free to modify to your needs. This was printed in PETG+. Rings simply slide into place. Prints without supports.

Hair Dryer Holster

Hair Dryer Holster.obj

A filament stopper for your dry-box. Meant to stop your filament from unwinding back into the box. Use double stick tape or glue to fasten it to the outside of the box. It has ports on the input and the output to fit PTFE tubing to completely enclose your filament all the way to the machine. I printed this with a 0.6mm nozzle though a 0.4 or 0.2 would be better for the holes fitment. The built-in supports colored yellow are meant to be removed.

Filament Stopper

Filament Stopper.step

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