**A quick and easy toilet paper holder. The design is print-in-place and uses very little material.**

**Instructions:**
- Print the thing
- Glue it on the wall with 3M tape or wall mount glue.

**Print settings**
Required build volume: 130 x 160 mm
Material usage: 35g
Print time: 2h – 3h

Material: PLA
Print direction: stl is rotated correctly, check images
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm
Outer walls: 5
Infill: 30%
Build plate adhesion type: none

Toilet paper holder print-in-place

**A quick and easy toilet paper holder. The design is print-in-place and uses very little material.**

**Instructions:**
- Print the thing
- Glue it on the wall with 3M tape or wall mount glue.

Don't forget to post your makes!

**Print settings**
Required build volume: 130 x 160 mm
Material usage: 35g
Print time: 2h – 3h

Material: PLA
Print direction: stl is rotated correctly, check images
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm
Outer walls: 5
Infill: 30%
Build plate adhesion type: none
If you experience any problems, please feel free to contact me on twitter or Instagram

**A useful laundry detergent box with two cups for better storage and dosage.** It comes with an ergonomic grip for easier handling.

Maximum filling capacity: 2,38 Liter
Cup size: 50 ml and 30ml
Container size: 120 x 146 x 182 mm

**Print settings**
Required build volume: 150 x 150 x 190 mm
Material usage: container 200g, lid 40g, cup 25g
Print time: container 16h, lid 4h, cup 2h

Material: PLA
Print direction: stls are rotated correctly. (Yes, the cup is printed facing down)
Support: none for all items
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm
Outer walls: 3
Infill: 20%
Build plate adhesion type: none

Laundry detergent container

Container.stl

Cup_30.stl

**A beautiful and easy to craft wall lamp sculped after a old oak branch (Quercus Robur).**

**What you need**
- The 3d printed parts
- A lamp kit including a plug, cord, switch, socket and bulb – available cheaply online and in your local hardware store
- A little glue
- Wall fixation: Either screws and dowels, wall mount tape or wall mount glue. Old fashioned screws and dowels are the most reliable fixation.

**Included parts**
- Body: The Branch
- Holder: the holder with a screw-hole diameter of 5.5mm
- Clip_6_0.1: The cable clip for a maximum cord diameter of 6 mm and a clearance of 0.1 mm for quite accurate printers
- Clip_6_0.2: The cable clip for a maximum cord diameter of 6 mm and a clearance of 0.2 mm for messier printers
- Clip_8_0.1: The cable clip for a maximum cord diameter of 8 mm and a clearance of 0.1 mm for quite accurate printers
- Clip_8_0.2: The cable clip for a maximum cord diameter of 8 mm and a clearance of 0.2 mm for messier printers

**Instructions**
- Measure the diameter of your cord and choose your clip accordingly - print it twice
- Print the body and holder
- Glue the clips into the Body - check the images for orientation!
- Mount the holder with your chosen wall mount product
- Insert the cable through the base clip, wrap it around the branch and plug it into the branch clip.
- Insert the lamp onto the holder
- Enjoy your new lamp!

**Print settings**
Important: Do not use any other light source than LED with this Design. Depending on the strength of your LED certain parts of the print might warm up. Your filament has a certain heat deflection temperature that defines at which temperature deformation might occur. Make sure to build a safe product by verifying that the print is not affected by the amount of heat that your light source emits! If you are uncertain or have little experience in building electrified products, please consult a professional!

Usually, a strong LED bulb does not get hotter than 50 degrees Celsius while regular PLA does not deform under 58 degrees Celsius. Those are approximate numbers, and you need to verify that for your own product selection.

Required build volume: 150 x 150 x 200 mm
Material usage: 90 g

Material: Filament that can handle the heat that your light source emits.
Print direction: stls are rotated correctly, check images
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm
Outer walls: 3
Infill: 15%
Build plate adhesion type: A brim for the body if your printer has bad bed adhesion

Wall lamp “Robur tree”

Body.stl

**A log trash can that looks almost real. It is based on a 3d scan of the tree “Alnus Glutinosa”.**
Single and multi-color printing models are included as STL and 3MF! They work with all current and usual multi color setups.

Versions included
Big: 5 Liters, 210 x 210 x 255 mm
Small: 1 Liter 136 x 136 x 163 mm


**Print settings**
Required build volume big: 210 x 210 x 230 mm
Material usage big: 600 g

Required build volume small: 140 x 140 x 140 mm
Material usage small: 250 g

Material: PLA
Print direction: stls are rotated correctly, check images
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm
Infill: 15%
Build plate adhesion type: brim

Tree trunk trash can with swing lid “Alnus Glutinosa”

Body_big.stl

Small.3mf

**Beautiful drawer handles inspired by the famous “Amanta Muscaria”.**
You can mix and match all three heads and stems.

Single and multi-color printing models are included as STL and 3MF! They work with all current and usual multi color setups.

**What you need**
- The prints
- Glue
- Flat head M4 screws. The screws can be inserted into the print up to 10 mm. Choose your length by adding 5 -10 mm onto your drawer front thickness. M4x25 is the most common drawer handle screw size.
- M4 Hex Nuts (according to DIN934)

**Instructions**
- Print all parts
- Insert the hex nut into one side of the stem
- Apply glue and Press on the other side
- Apply glue to the top connector part and press the head on
- Insert the screw into your drawer from the back and attach the mushroom from the front. 
- Tighten the screw until the mushroom sits firm.

**Print settings**
Material: PLA
Print direction: files are rotated correctly
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm

Heads
- Outer walls: 2
- Infill: 15%
- Build plate adhesion type: brim
- Stems

Outer walls: 3
- Infill: 20%
- Build plate adhesion type: none

Mushroom drawer handles “Amanita Muscaria”

All.3mf

**A surreal bookend that looks like a real book.** The design is 3d scanned and based on a book from 1537. It comes with compartment for your secrets and a holder that lets it tilt up to 20 degrees.

**Instructions**
- Print all parts
- Insert the front of the pages into the cover and fix it in place with glue
- Assembly the closing mechanism according to the images
- Glue in the mechanism
- Insert the holder and place the page lid on top


**Print settings**
Required build volume: 160 x 160 x 230 mm
Material usage: 450 g

Material: PLA
Print direction: files are rotated correctly
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm
Infill: 30% for the holder, 15% for all other parts
Build plate adhesion type: a brim for pages_front, none for all other parts
Outer walls: 5 for the holder, 2 for all other parts
The pages_top look best if you use adaptive layer height

Falling Book - Bookend

Book.3mf

**A modular and stackable box and drawer divider system for all use cases. **
With 10 000 + sizes  this design is highly customizable. The parts are super quick to print and easy to assemble. The connector system keeps everything together tightly. 

The system is based on 10mm to the next size in all directions. There is also a easy bundle included that only has all parts in 50 mm to the next size for getting to know the system and print quick uniform boxes.
The files are attached as zip folders for a quicker download. They are sorted in subfolders by z-height.
There is a PDF template for smooth and easy planning included. I also attached some examples.

**Parts**
Boxes: The stackable boxes in the range from X20 x Y20 x Z20 mm to X300 x Y300 x Z200 mm.
Bases: The non-stackable box variant in the range from X20 x Y20 x Z30 mm to X300 x Y300 x Z100 mm.
Rings: Rings in the height of 10 mm to be able to stack bigger boxes onto a assembly of smaller ones. They range from X40 x Y40 mm to X300 x Y300 mm.
Trays: Trays in the height of 10mm that snap into a ring to close an assembly or put a array of small boxes on a big one. They range from X20 x Y20 mm to X300 x Y300 mm.
Connectors: The box connectors with 4, 2 and 1 corner. They come in a snug and tight fit.
Spacers: With these you can make your assembly fit your drawer with up to 1 mm accuracy. 

**Instructions**
Unzip all folders to your desired location
Print the attached PDF (If you do not have a 2D printer, checkered paper works as well)
Plan your assembly by measuring the space you have and everything that you want to fit in there. 
One grid on the template is 10x10 mm. Draw out your layout in top-view. If you plan on doing multiple levels, place them next to each other.
Write the height into every box.
Fill in the parts list.
Count the connectors by circling the corners and fill in the number. (or just print a bunch)
Browse the file folders (pro tip: if you want to print a lot of sizes, you can use the search function of your explorer) and import all files into your slicer. Cross of the row “import” on the template so you don’t forget anything.
Multiply the parts in your slicer according to your plan.
Change the color of the parts if you want to use multiple filaments.
Arrange the parts on as many build plates as necessary.
Print all files and assemble according to your plan.
If you fill a drawer, use the spacers to make the assembly fit tight.


**Print settings**
Material: PLA
Print direction: stls are rotated correctly, check images
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm 
Infill: 15%
Build plate adhesion type: none but a brim might be helpful for larger boxes if you have bed adhesion issues.
For really fast printers make sure that the seam position is not right on the corner connector pieces of the boxes. Place it in the radius right next to it. It should also not be on the flat side, or the parts might get difficult to place next to each other.

BOXY : Modular, stackable boxes and drawer organizer

Example_drawer.3mf

Example_parts.3mf

Example_tower.3mf

**One of the world’s most famous mushrooms embodied in a naturalistic lamp design.**

**New**: All versions come with single-color and multi-color files! They are included as STL and 3MF and work with all current and usual multi color setups.

**Versions**
Please check the images for cross sections with measurements.
- A: For LED puck cabinet lights like the LED lamp kit 001. Size assembled: 150 x 150 x 200 mm
- B: For E14 (EU) sockets kits like the Ikea strala that come with a screw-on attachment ring. Size assembled: 195 x 195 x 260 mm
- C: For E12 (US) sockets kits that come with a spring load clip. Size assembled: 195 x 195 x 260 mm
- D: For E12 (US) sockets kits like the Ikea strala that come with a screw-on attachment ring. The only difference to version B is one measurement inside the stem to accommodate the shorter thread length of US products. Size assembled: 195 x 195 x 260 mm

**Before you start**
- Version B, C and D are bigger (130%) than version A and have different light emissions. While version A has a translucent stem the others emit most of the light through the open grooves and white spots. 
- The LED bulb needed for version B, C and D should be round and small, please check the cross sections to see if yours fit.
- Make sure to print the cap in a non-translucent filament and the rest of the parts in a translucent filament, preferably white. Check your cap filament before printing or you might get infill shine through which looks bad.
- For the single-color assembly, you need 21 Insert_A and 25 Insert_B 

**Instructions A**
- Print all parts
- Glue the holder into the cap.
- Single-color only: Place all inserts inside of the cap
- Attach the lamp with the double-sided tape (from the lamp kit) to the holder.
- Funnel the wire through the stem.
- Click the Stem into the Cap.
- Enjoy your new lamp!

**Instructions B and D**
- Print all parts
- Single-color only: Place all inserts inside of the cap
- Insert the Socket (without bulb) from below through the stem.
- Screw on the Ring from above to secure the socket.
- Insert the bulb.
- Click the Stem into the Cap.
- Enjoy your new lamp!

**Instructions C**
- Print all parts
- Single-color only: Place all inserts inside of the cap
- Insert the Socket (without bulb) from below through the stem.
- Insert the bulb.
- Click the Stem into the Cap.
- Enjoy your new lamp!

In case your LED breaks one day you can dissemble the design by removing the stem with a pencil or screwdriver that you insert into the hole of the cap and lift it up. Remove the broken LED and replace it with a new one.

**Print settings**
Important: Do not use any other light source than LED with this Design. Depending on the strength of your LED certain parts of the print might warm up. Your filament has a certain heat deflection temperature that defines at which temperature deformation might occur. Make sure to build a safe product by verifying that the print is not affected by the amount of heat that your light source emits! If you are uncertain or have little experience in building electrified products, please consult a professional!
Usually, a strong LED bulb does not get hotter than 50 degrees Celsius while regular PLA does not deform under 58 degrees Celsius. Those are approximate numbers, and you need to verify that for your own product selection.

Required build volume for A: 160 x 160 x 160 mm
Required build volume for B, C and D: 200 x 200 x 200 mm

Material: Filament that can handle the heat that your light source emits.
Print direction: stls are rotated correctly, check images
Support: none
Nozzle size: 0,4 mm
Line width: 0,4 mm
Layer height 0,2 mm for Cap, Stem and Holder; 0,08 mm for Insert_A and Insert_B
Infill: 15%
Build plate adhesion type: none


Mushroom lamp “Amanita Muscaria”

Stem.stl

B_C_Cap.stl

B_C_Insert_A.stl

B_C_Insert_B.stl

B_Ring.stl

B_Stem.stl

C_Stem.stl

D_Stem.stl

A_multi_color.3mf

A_single_color.3mf

B_multi_color.3mf

B_single_color.3mf

C_multi_color.3mf

C_single_color.3mf

D_multi_color.3mf

D_single_color.3mf

Explore the innovative 3D model of a versatile and functional clamp-on desk cup holder designed for larger tumblers like Yeti, Stanley, and Brumate cups, flexibly designed by ShaneTalksTech on Thangs.com. Unlike the regular cup holders that are permanently installed, this innovative model attaches securely to the desk using a clamp, making it a perfect accessory for workplace desks where drilling isn't an option. It's designed to snugly fit thicker desks but is adjustable to fit thinner ones too. The smart design allows a 42 oz Yeti tumbler to fit securely, lowering the risk of spills even if you accidentally bump it. 

Useful additions include furniture anti-slip pads on the underside to ensure better grip and stability. The model also features a broad opening at the bottom, allowing the cup to sit lower and minimizing the risk of knocking it over when turning in your chair. The 3D model might not have perfectly round edges, but that doesn't detract from its functionality. The model is made using TinkerCAD, marking the creator's first venture into resolving real-world problems using 3D modeling. 

Despite its imperfections, the practical utility of this 3D model takes precedence. Whether you're using it as created or plan on remixing it to fix the miniature imperfections, this innovative model is a practical solution for managing larger tumblers at your workspace efficiently. The clamp-on desk cup holder is more than just a functional accessory - it's an ergonomically sound solution, designed with careful attention to detail, that will revolutionize your workspace drink management.

Clamp on desk cup holder for Stanley/Yeti tumblers

Large_tumbler_holder_bolt.stl

Hi All, so another creator had asked to remix my original controller tower and for getting permission to do so we made a deal that his design would also be available to my Patreon and Thangs supporters.

His version has the controller support print in place which is a cool idea.  However from what I can tell it does take about 2 hours longer to print and uses ~50 grams more filament, which is going to cut into your profit.

My version is already one of my highest-priced products I'm not sure there is much more room to go up on price nor do I think the end buyer cares about how it's printed. 

Nevertheless, it is a cool design and I'm happy to offer it to you all.

Free download models are always for **PERSONAL** use **only**.  Subscribe to our Thangs membership to get access to all of our models and a commercial license to sell them.

Please remember to give credit when listing this item on any online outlet where you use the model:

"Model courtesy of 3D Design Bros. https://thangs.com/designer/3ddesignbros"

**You are not authorized to use our pictures**

Thanks so much for the support


Controller Tower v2.

fold out stand.stl

Discover the 3DDiscover the 3D model of a high-quality rotating hook on Thangs.com, a truly functional organizer for every room. Created by talented designer Toldnessthalia3D, the piece boasts intricate details crafted with user convenience in mind. The model is rendered perfectly in multiple angles, clearly visible in the range of provided images. With an intuitive design and a convenient rotating function, this hook offers prime practicality. This hanging solution can be used to optimize space efficiently, whether in your wardrobe, kitchen, or garage. The rotating hook model is available for preview and download in various file formats for easy 3D printing or digital use cases. Dive into the world of 3D functional design with this innovative rotating hook model. Please user want to know more about this model, revisit the page for more information. Rely on Thangs.com for professionally modeled 3D designs that intertwine functionality and aesthetics to perfection.

Rotating hook

rotating hook.3mf

[Instructions](https://prinnit.com/ForgeCore/design/369tf6PqVDb9dX8NJrBddZAHPe2?tab=instructions&highlight=instructions)
[Hardware](https://prinnit.com/ForgeCore/design/369tf6PqVDb9dX8NJrBddZAHPe2?section=hardware&highlight=hardware)
[Filaments](https://prinnit.com/ForgeCore/design/369tf6PqVDb9dX8NJrBddZAHPe2?section=filaments&highlight=filaments)

**The Cactus Toothpick Holder** - _Intermediate_
This one took me soo many attempts to get working right, but its finally done!

Everyone loves cactuses. Cacti? So i made one into a toothpick holder. It has a built in spring so the spines stick out when you push it down! (If needed, use the Brim print setting to secure the spring if it isn't sticking to the build plate)

These are excellent for storing your toothpicks. They're great for when you host parties and have fruit or meat and cheese boards too!

These work with standard round toothpicks. I just picked up a pack of 500 of them for super cheap from walmart. This cactus takes 117 toothpicks total.

I used a standard 4 inch Terracotta nursery pot for mine. But I included a file to print the pot if you'd like.

Cactus Toothpick holder

Cactus.stl

Spring.stl

1 - Easy Print 3mf - Cactus Toothpick Holder.3mf

Freebie Scorpion.stl

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