Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4026378.

DJI Mavic Mini

3D Laser scanned with a Creaform Handyscan 700 (0.2 mm res)

Missing Motors/Props/Camera.
Using this model to create accessories (GoPro saddle, payloads etc). 

*Screw holes, joints and cables were filled
*Motor mount angles might be slightly off due to mesh editing.
*If the angles are off or you'd like something changed, let me know and I will edit the original scan and upload a new version 
*I haven't 3D printed this yet

DJI Mavic Mini - 3D Laser Scanned

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4034841.

By popular request, here is the Pro model.

3D Laser scanned with a Creaform Handyscan 700 (0.3 mm res)

-Missing Motors/Props/Camera.
-As you can see on the bottom, the grills were hard to scan and turned into a mess. 
-I tried to keep the senors visible, but filled in the rest.
-The Camera has been removed, and is now open to maybe mount your own camera. 


Screw holes, joints and cables were filled
Motor mount angles might be slightly off due to mesh editing.
A section on the back leg is missing due to a crash.


DJI Mavic Pro - 3D Laser Scanned

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4761063.

I was looking for a way to reuse dispensary jars, and got a little carried away..

Fits jars with ~ 62 mm lid ( OD thread ) 



remixed with:
Walker: www.thingiverse.com/thing:3350794
Arms: https://www.thingiverse.com/thing:4667961

Planter lids for dispensary jars. 

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:5232759.

See GitHub for more Information and Updates
***

https://github.com/SpaceCadet77/MicroSwiss-StealthBurner.git


***



Credits to Badnoob: Original Designer. 

This is licensed under the same GPLv3 license Afterburner (and Stealthburner) was released under.

https://github.com/VoronDesign/Voron-Afterburner/blob/afterburner/LICENSE


Micro Swiss StealthBurner Beta

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4678636.

Covid-19 Christmas Bulb!

Because why not.. 

-Snap fit with my CR-10 printer (0.4 mm nozzle) Hopefully similar tolerance to yours.
-Insert tool helps alleviate your fingers or damaging probes with pliers. 


--------------------------------------------------------------------
Parts:
1. Nucleus      x1
2. Probes        x25-30 
3. Top Hook    x1
4. Insert Tool   x1

--------------------------------------------------------------------
I would print 25-30 "probes" on a raft (pictured), allows proper cooling and bed adhesion. 

Nucleus:
-Printed with 3 Upper/Lower layers, 3 walls, 0 infill. 
-min-0.28 mm layer

Probes:
-Printed with 2 Upper/Lower layers, 2 walls, 0 infill. On a raft, SLOWWW
-min-0.12 mm layer

Top Hook:
-Printed with 2 Upper/Lower layers, 3 walls, 15 infill. On a raft
-min-0.28 mm layer  (overhang)

Insert Tool:
-Printed with 3 Upper/Lower layers, 2 walls, 15 infill. On a raft
-min-0.12 mm layer

COVID-19 Christmas Ornament

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4370387.

*See Note/Version At Bottom
* Edit: I need to redesign the top interface, it is currently to weak! 

Topology Optimized Banana/Headphone/Whatever hanger. 

Designed in ANSYS 2019-R2
- I remeshed the body, but didn't smooth or resurface it. 
- I kinda like the computer generated organic look to it, and I think it makes a cool print, almost vase like if you set your Z-seam correctly. 

Has removable hanger pieces, so you can customize and create your own. 
The dimensions for these can be found in the images, but remember to consider tolerances. (The dimensions shown are hole size) (I used 0.1 mm tolerance for my printer)
 
Total size: 160 mm x 170 mm x 199 mm

I'd maybe scale it larger in the Z direction if you are hanging larger objects. 



Print Settings:

- CR-10
- AMZ3D Black PLA
- 212º
- 0.4 mm Nozzle
- 0.2 mm Layer
- 0 Infill
- 0 Support? some bridges are rough. 
- 3 Outer walls

∆ I actually printed this with 0 infill.. I was kinda shocked it worked,  The only issue is the bottom 5% where you have some bridging, so pay attention for the first little bit of the print.   

∆ There's definitely some sketchy bridges/overhangs, so consider adding custom supports. For my first print, I didn't have any supports, and had a couple areas that needed clipping. 


Hanger Settings:

∆ You can use a triangle which has a ~7 mm base, by ~10 mm tall, by 10 mm deep. (pictured)



Notes:

∆ This can be a challenging print, so make sure everything is dialed before trying! 

∆ You might want to add custom supports for the bottom 5%, its a long overhang.. 


Versions:

V1: I printed this, as well as the two hangers, but the slouching/tolerances are a bit off between the two bodies. You can either scale the hanger parts smaller, or wait for my edit. 

Topology Optimized Banana/Headphone Hanger

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3236889.

Anet A8 X bracket for the X and Z axis.

Contains mounts for the motherboard and power supply. 

**Overkill design, but made to match the Anet frame**

- works great and cleans up the electronics a bit
- might need spacers (1.5 mm) I think I screwed up my X width measurement?
- 5mm spacers are for power supply and motherboard 
- Design is broken into 4 for smaller printers like the A8
- A light sanding and gorilla glue super glue hold the beams great in compression and tension.
- Tabs/T-beam point forward
- Full design is also included. 
-They are easier to sand/glue together if you do not use a brim or any support, just a skirt to start your print works fine. 

**If you'd like any measurements, additional picture or anything, let me know and I'll see if i can help**


Need:
P1
P2
P3
P4
5 mm spacer x 8
1.5 mm spacer x 2



Anet A8 X Brace  (X-axis Z-axis)

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3661669.

Von Kármán Haack Series Nose Cone

OD = 4.0"

OD#2 = 3.874"

ID = 3.748" 

Length = 19.8"

Designed for a 4X wall thickness printing (4*0.4 mm)
Concentric infill (see Figure 4)

* Infill shouldn't matter, due to nose cone thickness being (4*0.4mm)
* Printed at 0.2 mm layer height, with 0.4 mm nozzle. 
* Have split into 4*(6.0") sections for printing (Complete STL also included)
* Gorillaglue seams to complete and fill/sand before making female mold. 
* Edit** Use Section 4.1 for an added fillet. (Print this section upside down) 



Von Kármán Haack Series Nose Cone

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3419126.

Rack and pinion

- Used for a prototype halogen bulb shutter system. 

- Gear has 16 teeth, 32 mm outer, 6mm inner, 5mm thick 

- Rack has 24 teeth, about 165 mm long, 5mm thick 

- More files to come (Rack holder)  once I finish designing. 

- Used with LS-3006 servo motor 

** Update: I've added another gear to be used with an LS-3006 servo adaptor ring. 

-  Large gear has 24 teeth, about 54 mm outer. 

-  Inner has a extrudecut for a 21 mm adaptor, 2mm deep, and 6mm through hole. 

Rack and Pinion 

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4354365.

I knowingly bought a crappy add-on Amazon can opener, but didnt think it would be this ragged. Designed a static grip and kinetic twist grip mod. 

I printed the twist pieces flat, while I rotated the handle 90º on its side.
Printed at 0.2 mm with adaptive layers on. 

Uses 3x M2 screws.

In the very slim chance you have the same opener, this works great. 



Kitchen Smart Can Opener Mod

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4440886.

I had a few prints in a row get kinked and knotted up at the extruder (Image 3).
After watching for a while, I saw alot of filament play between the gear and Bowden tube  entrance while completing quick retractions. 

I designed a little support piece that threads upto the coupler. While adding support, It also makes it easier to swap filament.  

Printed M6 Threads at 0.08 mm layer height. 

- 5 mm threaded length 
- 5 mm OD. 
- 3 mm ID
- 10 mm total length

- I would print a few at once, allowing them to cool properly. 
- I would recommend randomizing you Z-seam. With such a small part, Z-seam on one side might have cooling issues. 
- Need to disassemble your extruder to thread it in. 

- If you require a shorter or longer version, comment, its a simple edit/upload. 

Bowden Extruder Support Insert

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3665626.

Corner bracket I designed for a camera apparatus.

Used with 16 mm carbon fiber tubing. 

ID   = 16.1 mm
OD  = 21 mm
ID/OD length = 30 mm

corner holes = 1/4"-20 tappable 

Carbon fiber tube corner connector/bracket

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3553472.

Arduino Button housing. 

contains 3 pieces. 

- Top cover over the buttons
- Mid section, which houses/contains the buttons
- Bottom box with room for wiring. 

70mm long, 15 mm wide, 11.5mm bottom box+ 5.5mm button holder+ 2mm top cover
-Super glue them together for a complete unit. 

Arduino Button Housing 

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3557950.

Arduino LCD holder. 

used with a 16x2 LCD. 

Front contains 4 mounting holes for screen. 
Back contains hole in the back for wires and 4 mounting holes. 

* Its a little larger than required, but I have other components which are housed in this unit as well. 

* Super Glue it together once you wire it. 

Arduino LCD housing

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3421697.

Stepper motor and driver board mount box.

- Used for my SKY-WATCHER 12" COLLAPSIBLE DOBSONIAN TELESCOPE

- Used for small focus adjustments 

- Has mounts for 28BYJ48 stepper motor

- Has mounts for ULN2003 Driver Test Module board



Telescope stepper motor focus adjust

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3224483.

Project: Hackintosh kinda thing + CNC electronics holder

Fan mount for 2 Powermac G5 fans.
This mounts to the back section containing 2 fan ducts. (pictured) 
Building a tower which contains an i5 toshiba laptop motherboard, 
Stepper motor drivers, power supplies, arduino and CNC motherboard. 

Will update as I finish parts

8 M3.0 through holes with 1.5 mm countersink.
Screw holes are 82 mm apart. 

Tabs are to fit into powermac case. 

PowerMac G5 Fan holder

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3142347.

Lens holder used in conjunction with another Raspberry Pi camera to Pentax lens adapter file. Lens holder fits a 50 mm Pentax DSLR lens. 
D= 62 mm (lens grip)

Has a stepper motor mount for adjusting the focus of the lens. 
D= 28mm (Arduino Stepper) 

Measures 95x95 total 
fits inside of a 1U CubeSat

Pentax Lens Holder with stepper driver

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3236792.

Reaction wheel for 3U CubeSat.

Maxon EC45 Motor

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3236802.

My Anet A8 didn't have a bracket to mount the Y limit switch. 
So after supergluing it to the frame for a while, I decided to make a bracket. 

Attaches to the back right corner.

**this substitutes the rod limit holder**
**limit switch attaches to top of bracket**

*Don't mind the shi@ty wiring, the solder broke last week...*

Anet A8 Y axis limit switch bracket

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3141873.

Adapter to connect a raspberry pi camera module to a Pentax K-mount DSLR lens. 
You are welcome to modify it for another company. 

**Still working on the focus**
**Might need to add or subtract a 1/mm**


**Need to remove raspberry pi lens from camera module first.

Raspberry Pi camera to Pentax K mount 

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3773005.

Fairly simple toothbrush holder/base to drain the water. 

70mm X 70 mm Base 
31mm ID hole. 

Fits Landwind electric toothbrush and probably more brands. 

Drains excess water.
 
#philipstoothbrush #landwindtoothbrush

Electric Toothbrush Holder

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3436786.

Juul Desktop Charger

Used in conjunction with a USB extension cable. 

40 mm wide, 14 mm tall, 58 mm long. 

18 mm x 50 mm inner, 8.5 mm cable slot. 

Juul Desktop Charger

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3419102.

Bearing substitute for a 70% scaled model of a turbine engine model, linked below. 

- Scaled the whole model down to 70% original file size. 
- These substitute the original bearing sizes. 

- Large bearing = 14 inner, 31 outer, 9 mm height
- Small bearing = 12 inner, 23 outer, 6 mm height

- 3D Printable Jet Engine: https://www.thingiverse.com/thing:1327093

Bearings/Spacers 

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3236789.

Simple Washer 3.75 inner D 7 mm outer D, 5mm tall

Washer (3.75 inner D, 7 mm outer D, 5mm tall)

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:3206721.

Just a simple curtain hook. 

Curtain bracket 

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