Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3189377.

I designed my own 20mm x 20mm x 20mm Calibration Cube in Tinkercad so I had my own test print for reference.
I call it the CHEP Cube. 
It’s become a popular print for many people and it’s fun to see where it turns up. 

The Images are from a print on my Ender 3.

I added two images printed at 0.12 using my CHEP 0.12 profile.
https://www.chepclub.com/cura-profiles.html

CHEP Cube - Calibration Cube

**DANGER NOODLES!**

While running the AnyCubic Kobra Max I found that the part cooling ducts left something to be desired.  Yay the machine has dual 4010 fans, but they exit the shroud too far from the printer nozzle and are not well guided.  In comes my add-on Fan Ducts that guide the air much closer to the nozzle area AND block off areas where the part cooling blowers could suck in hot air! Fits both the AnyCubic Kobra Max and the Vyper line of printers.

**Installation:**_(See photos to help.)_ Remove the stock Fan Shroud from the print head.  Locate the screws that hold on the blower fan retainer pieces & remove (save screws).  Slip new Part Cooling Ducts into the opening of the old ducting (has a clip to "latch on"). Firmly press the Ducts into the shroud along side the Blower Fans until the ducts are flush against the fans. Reinstall original screw through the ducts.  Reinstall the Shroud onto the print head, being careful to not pinch the wiring as there is now less room.  

**AFTER ASSEMBLY:** Be sure to run an "Auto Level" run to ensure that the wiring and new parts are not interfering with the strain sensor and Bed Leveling functions properly.  If you find ANY issue, adjust the wiring inside of the shroud and repeat the process.

The 40mm "Guide" is meant to funnel the Heatsink air more directly to the Heatsink and slightly shield the Blower fans from the heatsink.  I don't know how effective it is, but I included it as I'm using it currently. 

---------------------------------------------------------------

- **Necessary Hardware (Affiliate Links):**
  - AnyCubic Kobra Max: https://tinyurl.com/KobraMax
  - AnyCubic Vyper: https://tinyurl.com/AnyCubicVyper

---------------------------------------------------------------

- **PRINT PARAMETERS:**
  - Print SLOWLY, Small areas require cooling time.
  - Recommend 4 Perimeters 
  - 10%+ Infill (I use Rectilinear) 
  - NO Supports Required
  - PLA works fine, but PETG or ASA would be better if printing higher temp materials.

---------------------------------------------------------------

Want to Support what I do? Check out my social medias please!

**Link Tree:** http://www.HotRodHippie.com/links

---------------------------------------------------------------

**All of my Designs are covered by a Creative Commons Non-Commercial License.**  Sale of prints using my designs are the sole right of myself, the designer, and those I license to do so. Please understand every design is hours of work and multiple prototype prints to ensure quality.  Unauthorized sales will result in new designs not being made public.

PLEASE Credit any and all Remixes of my designs: MandicReally

Anycubic Vyper & Kobra Max Part Cooling Duct UPGRADE! - Improved print quality

AnyCubic_Kobra_Vyper_Cooling_Ducts_V1.step

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](https://www.youtube.com/watch?v=ra_9zU-mnl8)

**UPDATE 4**
Added 3x5x2 and 3x5x1 as per request. Since I've been accused of being un-intellegent (yes hyphenated) in the comments I've resolved never to add a readme file to any of my models. You'll just have to remember where you downloaded them.

**UPDATE 3**

As per request, added 1x4x1, 1x4x2, 1x5,1 1x5x2.

**UPDATE 2**

More new sizes, as per request. Also added the source file, though I'm not sure anyone will understand my crude methods.

**2x3x1**
**2x3x2**

**2x4x1**
**2x4x2**

**2x5x1**
**2x5x2**


**UPDATE**

 A set of Gridfinity baskets with a hex mesh grid. Multiple sizes now include (WxDxH):

**1x1x1**
**1x2x1**
**1x3x1**

**1x1x2**
**1x2x2**
**1x3x2**

**2x2x1**
**2x2x2**



Contrary to Zach's instructions, I've been printing all my modules with a 0.8 nozzle, which seems to work just fine. The basket was printed with silver PLA at 75mm speed on an ender 3 pro with 0.8 nozzle and 0.32 layer height without support. The basket is slightly spongy and flexible. Remove any stringing with a heat gun or lighter.

#Gridfinity UPDATED 5/20/22! Hex Baskets

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](url)

 A 2 wide by 2 deep by 2 unit high basket with a hex mesh grid. I use this to store about 25 misc pens on a weighted base plate. 

Contrary to Zach's instructions, I've been printing all my modules with a 0.8 nozzle, which seems to work just fine. The basket was printed with silver PLA at 75mm speed on an ender 3 pro with 0.8 nozzle and 0.32 layer height without support. The basket is slightly spongy and flexible.

#Gridfinity 2x2x2 Hex Basket

**Update 04/06/22** (June not April ;-) )
Now that Fusion share link is working again you can now play with the source.
[https://a360.co/3x9cxGR](https://a360.co/3x9cxGR)

There are a couple of parameters you can play with:
_slotHeight_ - The total height of the box, set at the default 42mm.
_slotsHigh_ - A multiple for the slotHeight. This has a minimum of 1/3 (one third) of the slotHeight. Below that the label shelf goes wonky and you start losing area of the footprint.

**NOTE** The final 2 operations are extrusions. Supress/Unsupress these as you like to enable or disable the split and label shelf. They have been named to suit.

**Updated to V2**
Gridifnity compatible vase mode single cell boxes.

Yes, they stack
Yes, you can put stuff in 'em
Yes, you can have a spot for a label
Yes, you can have it split into 2 compartments.
Yes, they print wicked fast.
Yes, they are awesome in clear filament.

No, they're not compatible with magnets
No, they can't be more than 1 cell
No, you can't mess with the usual parameters on the stock gridfinity models, Standard size only.

Print with 2 or 3 bottom layers. 0.4 - 0.6 nozzle but limit the extrusion width to a max of 0.6. Don't go crazy on the layer height, the overhangs will bite (0.2-0.25 should be fine) Clear material looks great. PETG is pictured.

Thangs seems to cut off the filenames so they are:

- Vase mode single cell
- Vase mode single cell with label
- Vase mode split single cell
- Vase mode split single cell with label

#gridfinity Vase Mode Single Box

Vase Mode Single Cell.stl

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](url)

 A 1 wide by 2 deep by 1/2 unit high USB thumb drive and SD card holder for use on a weighted base plate. 

**UPDATE 2**

_As requested, I've added a USB only version with 8 slots to the archive. Please note they are angled due to the fact that the bodies of most USB drives are too wide to fit 2 columns/rows in parallel._

**UPDATE**
_I've added three additional STL files, one with a double height 10x Standard SD card version which is stack-able, a single height 10x Standard SD card version which is not and a half height 16x Micro SD card version which is stack-able. Please note that due to the depth required for the micro SD card and to keep the bin at half height the slots intersect with the screw holes on the bottom of the bin. You will be able to use magnets but not m3 screws._
 
Contrary to Zach's instructions, I've been printing all my modules with a 0.8 nozzle, which seems to work just fine. This item was printed with silver PLA at 75mm speed on an ender 3 pro with 0.8 nozzle and 0.32 layer height without support. The holder has slots for 4 USB Devices, 6 Standard SD cards and 6 Micro SD cards. The Standard slots are capable of holding 2 Memory Stick Duo's for all you PSP fans and even xD cards for you retro Fujifilm camera users. Tolerances are loose to allow the model to be printed easier on poorly configured printers that over extrude.

#Gridfinity Usb and SD Card Holder 

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](url)

 A 1 wide by 2 deep by 1/2 unit high USB thumb drive and SD card holder on a weighted base plate. 
 
Contrary to Zach's instructions, I've been printing all my modules with a 0.8 nozzle, which seems to work just fine. This item was printed with silver PLA at 75mm speed on an ender 3 pro with 0.8 nozzle and 0.32 layer height without support. The holder has slots for 4 USB Devices, 6 Standard SD cards and 6 Micro SD cards. The Standard slots are capable of holding 2 Memory Stick Duo's for all you PSP fans and even xD cards for you retro Fujifilm camera users. Tolerances are loose to allow the model to be printed easier on poorly configured printers that over extrude.

3D Printing Karambit

20% infill
No Support require, Print Slice 1 & 2
Bed temperature 55
Nozzle temperature 205 
Filament PLA

Print & Enjoy 
Free 3D Model


Karambit 3D Printing

Karambit.STEP

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](https://www.youtube.com/watch?v=ra_9zU-mnl8)

**UPDATE:**
Taking Zack's suggestion from his latest Gridfinity video, I have added a version (see attached Spacers 2.0.f3d) that not only adds a provision for keeping the magnet mounts in the corners but is also fully parametric up to 8x8. Thanks to KptnAutismus on github for the updated templates.


This is a collection of height adapting spacers for the Gridfinity system. You might ask "Why the heck would I ever need this?". The answer is relatively simple, while Gridfinity does an excellent job of maximizing your XY Axis storage space, you may want items at the back to sit at a higher level for accessibility, or maybe you want to stack something on top of two modules in your system but they are of different heights. My spacers will open up the world of the Z axis to your Gridfinity layout.

Sizes available are 1/4 (250), 1/2 (500) and 3/4 (750). Layouts available are:

1x1
1x2
1x3
1x4

2x2
2x3
2x4

3x3
3x3

4x4

Try it out today, spacers can go above or before your modules and consist of the outer perimeters of the Storage bin template.

Comment below if you need a custom size or height!

#Gridfinity Height Adaptive Spacers

2x2x025.stl

__Marsgizmo Cable Management Loop __
It is designed for FDM 3D Printing.

> [Check them in my video here](https://youtu.be/pzlH20w0k6M)

For each size, there are 2 options, Normal and Vase Mode (which will have higher quality finish due to no seam).


[my Youtube channel] (http://youtube.com/marsgizmo)
[my Instagram channel](https://www.instagram.com/marsgizmo)

____________________________
__3D Print Settings:__
> 0.2mm layer height (0.4mm nozzle)
PETG Filament is recommended (PLA also works)
No supports

____________________________
\
\
\
License: CC BY-NC-ND 4.0 (Attribution-NonCommercial-NoDerivatives)
My Website 👉[marsgizmo.com](https://www.marsgizmo.com)

Marsgizmo Cable Management Loop

Marsgizmo Cable Management Loop - 50mm Vase Mode.stl

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](https://www.youtube.com/watch?v=ra_9zU-mnl8)

This is a 4 unit wide by 1 unit deep by 1/4 unit high hook up wire spool holder. This is compatible with common wire hookup kits such as: [https://www.amazon.ca/CBAZYTM-Stranded-Gauge-Colors-Electrical/dp/B075M8DGYX/](url)

It will work with most common spool sizes, and uses a 6mm rod (as supplied with most kits). There are 6 threading holes at the front.

**UPDATE**

I added the source file as per request, but it isn't parametric so heads up.

_I removed the raised front panel as it was pushing the spools back too far, the holes are in the gridfinity body now._

Contrary to Zach's instructions, I've been printing all my modules with a 0.8 nozzle, which seems to work just fine. This was printed with Black eSun PLA PLA at 75mm speed on an ender 3 pro with 0.8 nozzle and 0.32 layer height without support.

#Gridfinity Wire Spool Holder

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](url)

This is a 4 unit wide by 1 unit deep by 1/4 unit high hook up wire spool holder. This is compatible with common wire hookup kits such as: [https://www.amazon.ca/CBAZYTM-Stranded-Gauge-Colors-Electrical/dp/B075M8DGYX/](url)

It will work with most common spool sizes, and uses a 6mm rod (as supplied with most kits). There are 6 threading holes at the front.

Contrary to Zach's instructions, I've been printing all my modules with a 0.8 nozzle, which seems to work just fine. The basket was printed with silver PLA at 75mm speed on an ender 3 pro with 0.8 nozzle and 0.32 layer height without support.

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](https://www.youtube.com/watch?v=ra_9zU-mnl8)

These bit holders are parametric, a group of 9 bits will be generated for each module deep and wide selected. Values bitSize controls the bit shank (6.25mm or 4mm usually) and slopSize controls the extra 'space' around the holes. I find a value of 0.2 works well here.

If you lower the extrusion of the holes from 10 to 5 they work well for holding MK8 compatible hot end nozzels as well.

You can use the .f3d archive to edit the parameters as you choose. You can also go into the sketch and adjust the spacing directly, or edit the extrusion and choose if you would like the strain relief lines or not. I've uploaded some pictures of my customized ones as an example.

Source file included.

#Gridfinity Parametric Bit Holders

1x2 Bit Holder.stl

New Mobile stand design.
Tested and Printed (No Support Required)
You can charge your phone on this stand

**Printing settings**
0.2 Default profile
Wall thickness 0.8
Top/bottom thickness 1.2
Filament temperature 210
Bed temperature 60
Infill 5%

~Time required~
1. Base 
3 hours 48 minutes
30g

2. Top
4 hours 38 minutes
32g 

Print this and share images with us


3D Printed mobile stand tested

Mobile stand.x_t

The General Dynamics F-16 Fighting Falcon is a single-engine supersonic multirole fighter aircraft originally developed by General Dynamics for the United States Air Force (USAF). Designed as an air superiority day fighter, it evolved into a successful all-weather multirole aircraft. Over 4,600 aircraft have been built since production was approved in 1976. Although no longer being purchased by the U.S. Air Force, improved versions are being built for export customers. In 1993, General Dynamics sold its aircraft manufacturing business to the Lockheed Corporation, which in turn became part of Lockheed Martin after a 1995 merger with Martin Marietta.

F-16 WAR PLANE.STEP

#3Dprint #PDO
This is full size Toy Nunchucks.
Print in place.
No assembly.
No supports needed.
Recommend best outcome print with Rainbow Filament or Colour swap as per need.
Ball joint at chain end.
Ready to print stl file.
Print in standing position as shown.
More version with different handle design will be added later


TOY NUNCHUCKS version 1.stl

NUNCHUCKS version 1.stl

DIY Cycloidal Drive which can be 3D printer, part of my tutorial on how cycloidal drives work. Check full tutorial here: https://howtomechatronics.com/how-it-works/what-is-cycloidal-driver-designing-3d-printing-and-testing/

Cycloidal Drive - DIY 3D Printable

Cycloidal Drive - 3D Printable DIY

Ball Bearing- 6x13x5mm_Ball Bearing 608 - 8x22x7mm

DIN 912 M3 x 20 --- 20N_DIN 912 M3 x 20 --- 20N

EN ISO 4762 M4 x 40 - 20N_EN ISO 4762 M4 x 40 - 20N

Distance ring 1mm ID 6mm

Spacer 6mm ID

Spacer 6mm ID v3

Spacer 6mm ID v2

EN ISO 4762 M3 x 30 - 18N_EN ISO 4762 M3 x 30 - 18N

NEMA 17 motor mount

Output disk flange p2

EN ISO 4762 M3 x 8 - 8N_EN ISO 4762 M3 x 8 - 8N

EN ISO 4762 M3 x 10 - 10N_EN ISO 4762 M3 x 10 - 10N

Threaded insert M3 - L5mm

6mm shaft for output roller pins

6mm shaft for roller pins

Distance ring 4mm ID 6mm

Roller pins housing lid

Roller pins housing

Threaded insert M4 - L5mm

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](https://www.youtube.com/watch?v=ra_9zU-mnl8)

Hey There! Another #Gridfinity add-on! These parametric lids can be sized to any configuration you desire. Simply enter the slotsWide and slotsDeep numbers and like magic you have a lid for any basket or bin or whatever. 

A selection of common sizes in STL format included.

These should be printed with the top of the lid flat on the bed.

#Gridfinity Parametric Lids

2x2.stl

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4805082.

A simple Dice model made with 50 degree angles in the indents.

Scale it to your required size. The model is 30mm squared.

Watch me design this here: https://youtu.be/Nyt0ZI_93jE

Dice / Die

Print this in your 3D Printer and use this to hold or secure objects tightly together to prevent movement

Download and Enjoy your Print 

License: Attribution-NonCommercial-NoDerivs
CC BY-NC-ND

C-Clamp Working 3D Print model

C-Clamp.STEP

A 3D printable Mecanum wheel part of my Mecanum Wheels Robot project. Check the project at HowToMechatronics.com: https://howtomechatronics.com/projects/arduino-mecanum-wheels-robot/

Mecanum Wheel - 3D Printable

Roller 3-r4

Hexagon Nut ISO 4032 - M4 - W - N_Hexagon Nut ISO 4032 - M4 - W - N

B18.3.1M - 4 x 0.7 x 45 Hex SHCS -- 20NHX_B18.3.1M - 4 x 0.7 x 45 Hex SHCS -- 20NHX

Wheel outer side Left-r4

Roller Shaft-r4

Wheel base plate 1 Left-r4

Shaft Coupler Nema 17-r4

Do Not Touch The 3D Printer (Sign Board 3D Printable)

Do not touch.STEP

Here is a sticky note holder for the gridfinity organizers. It will hold the standard 76mm x 76mm notes

Gridfinity sticky note holder.stl

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3072475.

This is a remix of the joshvv Flexible Filament Extruder Upgrade that I added M6 threads to the inside hole where the coupling attaches to prevent the coupling from popping out when not using flexible filament on the printer.

I had this happen once when printing PLA so this fixes that issue as the coupling screws in very solid now.

Refernce my video for installation: https://youtu.be/az7pysnV_MY

Improved Flexible Filament Extruder Upgrade CR10, CR10 Mini, Ender 3

This item is for use with the #GridFinity system by Zach Freedman:

[https://www.youtube.com/watch?v=ra_9zU-mnl8](https://www.youtube.com/watch?v=ra_9zU-mnl8)

**UPDATE**
_Hole sizes increased by 0.2mm to allow better tolerance._

 A 1 wide by 2 deep by 2 unit high Standard Sharpie holder MAXIMIZED to hold an outstanding 14 Sharpies or other 12mm cylindrical items. The wells are 65mm deep. Also available in a pathetic 1x1 version holding a meager 5 items.

Contrary to Zach's instructions, I've been printing all my modules with a 0.8 nozzle, which seems to work just fine. This was printed with black eSun PLA at 75mm speed on an ender 3 pro with 0.8 nozzle and 0.32 layer height without support. 

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