Printable mount in 45 and 90 degree for the Microsoft Lifecam 5000 series (and any others that have a simple bendy-shank to mount). This attaches to the X gantry using the stock hardware- nothing else is required.

Kobra Max Lifecam 5000 Mount

MicrosoftCameraMount_45.stl

Adapt the SKR 3 EZ into your Anycubic Kobra Max card cage. Please note this faces the USB port backward, so using an external means of operation will be required.

SKR 3 plate uses M3 heat-sets. NF103 uses M3 heat-sets. SWIO Swap Board uses M2 heat-sets. The Extruder Board mount uses M2 heat-sets.

[Get your heat inserts here!](https://amzn.to/3Kyt0MA)

If using the NF103, also print the spacer and put it between the NF103 and the adapter print. This is to prevent anything under the board from touching frame screws.

Looking for the SWIO Kobra Max Adapter Kit? Get it here! [SWIO](https://www.smartwareio.com/product/kobra-max-mainboard-and-print-head-kit/9)

Anycubic Kobra Max SKR 3 EZ Adapter

SKR3_KobraMax_Mount.stl

ExtruderBoardBaseplate.stl

ExtruderBoardLid.stl

Mount your filament sensor on the top frame rail when converting to DD. This bracket reuses the factory sensor. You will need an M3x20 screw, washer, and nut.

Simple version has no shroud and prints with no supports. All versions allow sensor to swivel left to right.

- Filament sensor with LED: (https://amzn.to/45hOIwk)

- M3 screw pack: (https://amzn.to/47vhICr)

**[Want to convert your Max to Direct Drive?](https://www.smartwareio.com/product/kobra-max-mainboard-and-print-head-kit/9)**

Looking for the Filament Holder in the picture? Look no further!

https://than.gs/m/850530

Top mount Filament Sensor - fits Kobra Max and others

Kobra Max Top Mount Sensor Bracket.stl

[How do I use a different print head on the Kobra Max?](https://www.smartwareio.com/product/kobra-max-mainboard-and-print-head-kit/9)

This is a remix of DB42's fan duct found on Printables, and the CR-Touch spacer by TNick on Thingiverse:

https://www.printables.com/en/model/401628-high-flow-modular-5015-cooling-duct-sprite-extrude/files

https://www.thingiverse.com/thing:5835691

The holes have been extended down by 8mm to allow for a Volcano heat block assembly to fit. Doing the bowl test shows very pinpoint airflow right onto the print surface.

Volcano heater block https://amzn.to/3DOD3Jm

Sprite bimetal heat break https://amzn.to/45C9IxZ

5015 fans https://amzn.to/45i1pa7

Micro JST connectors for fans and thermistors https://amzn.to/45i0maf

Heat-set inserts https://amzn.to/3qo1mee

All parts are in this model, just delete the optional fan cover if you do not want it, and choose between the threaded or brass insert back plate.

0.1~0.2 layer height. The models are already oriented in their print positions. You should only need supports on the bolt flange for the duct. Smaller layers will get you better threads.

Creality Sprite Volcano 5015 Fan Duct

High-Flow Modular 5015 cooling duct sprite extruder with Touch spacer VOLCANO.stl

An angled spool holder project, intended to lower friction, angle the spool to an acceptable angle to allow a runout sensor, and to be modular in size.

Can fit spools with a reel diameter of 38-60mm ID. Will add more sizes of cone upon request!

The printed M8x1.25 adjustment caps aren't needed unless you are using a long all-thread rod and want to separate multiple spools.

M8x1.25 all-thread rod, min. length 100mm (https://www.mcmaster.com/catalog/129/3563/99067A114)
608-RS bearing, x2 (https://amzn.to/44ZLihL)
M4x8 machine screw, x2 (https://amzn.to/3DRq2yE)
M4 T-nut, x2 (https://amzn.to/3DM11Fb)

F3D file is included in "Download All" for your own use.

Looking for the Filament Sensor bracket in the picture? Look no further!

https://than.gs/m/916912

Extrusion Mount Spool Holders

2020Arms.stl

4040Arms.stl

38-52Cap.stl

54-60Cap1.stl

KobraMax_TopSpoolHolder_200MM.stl

A funnel made to fit the PETLIBRO 5L automatic pet feeder. Filling it is messy and annoying, so I put a stop to that.

Print it in vase mode with 0.6 line width for a fast and easy print.

PETLIBRO Pet Food Funnel

A printer mounted enclosure for the Orange Pi Zero 2 with provisions for a fan. It just slides into an extrusion slot, no lock hardware needed.

There is a vent on the back side so that airflow should have to pass over the CPU.

You will need 4x M3-10 screws for the bottom cover, 4 M2.5x10 screws for the fan and 4 M2.5 nuts for the fan screws. You could also opt to mount the fan on the outside and use M3x10 screws if you so desired.

Get a multi-pack of screws here: https://amzn.to/43VavbL

There is room inside of the case for the included Wi-Fi/BT antenna, the fan, and maybe a little more.

Update 8 Apr 2023: Added a fan shroud to get airflow a bit more directed at the CPU. This along with the vent placement should help force air over, and then away from, the CPU and RAM.

Included STEP for remixing.

OrangePi Zero 2 Case w/ Fan and 2040 Extrusion Mount

OrangePiZero2_Case_FanShrouds.3mf

A quick mount I made for the Anycubic Kobra Max to put an Adafruit ADXL345 in place.

Kobra Max ADXL345

Drop these washers between the bed screw and bed. Print with TPU for some grip. This will stop your screws from spinning without using glue/epoxy or making the surfaces rough with sand paper.

Print at 0.4 height with an 0.8 nozzle and these will be done in seconds.

TPU Bed Screw Washers

0.64mm high planter marker (2 layers at draft quality). This was designed to be printed with an 0.8mm nozzle quickly. Allow to fully cool before removing from bed to eliminate warping.

Planter Marker for 0.8 Nozzle

A hook to level the Ender 3 (Pro) gantry. Raise Z to ~225 or so, slide the hook over the top and into the backside of the gantry. Lower it down until the gantry is forced straight on the hooks. You are now parallel with the top frame.

If you have dual-z motors, they are now level once you've heard them bind up and stop. If you are on belted dual-z, you'll have to take one of the cogs loose, force the gantry down onto the leveling hooks, and then tighten the cog into place. Tighten the belt before letting go of the gantry so it can't spring back up.

Obviously, make sure your frame is level before you do this. Otherwise you'll just level your gantry to an unlevel frame.

For any more info you can follow the TH3D guide for their dual Z kit.

Ender 3 Gantry Level Hook

A hook to level the Ender 3 (Pro) gantry. Raise Z to ~225 or so, slide the hook over the top and into the backside of the gantry. Lower it down until the gantry is forced straight on the hooks. You are now parallel with the top frame.

If you have dual-z motors, they are now level once you've heard them bind up and stop. If you are on belted dual-z, you'll have to take one of the cogs loose, force the gantry down onto the leveling hooks, and then tighten the cog into place. Tighten the belt before letting go of the gantry so it can't spring back up.

Bushing washer for large rack screws that use cage nuts.

Rack Screw Washer

Bushing for large rack screws that use cage nuts.

Rack Screw Bushing

Print in center of bed with brim, 50% infill, no supports. Screw the ADXL345 into place using (2) M3-6 screws. Land your wires and run your Input Shaper test.

NOTE:

You will want to modify your END PRINT GCODE so that the printer does NOT turn off the steppers when the print is finished. You will also likely want to modify so that the bed heat stays ON to ensure the part stays adhered while shaking.

Print-in-Place Adafruit ADXL345 Bed Mount

Print in center of bed with brim, 50% infill, no supports. Screw the ADXL345 into place using (2) M3-6 screws. Land your wires and run your Input Shaper test.

Adafruit ADXL345 mount for the Creality Sprite Pro Upgrade Kit. You will need an Adafruit ADXL345 and (3) M3-6 screws.

Creality Sprite ADXL345 Mount

Activity related to collaborating with others on models

Likes, comments, and activity from your community

A roundup of models that we think you'll like

For when we think someone might have posted your content as their own

New content from your premium memberships

Emails and messages from designers you follow

ryanpie86