If you want to get latest models and support me, please check it out my Website at: https://www.supercrazyprints.com/



Azumarill (Easy Print No Supports)

Azumarill01.stl

Marill (Easy Print No Supports)

Marill01.stl

Starmie (Easy Print No Supports)

Starmie_3MF.3mf

Staryu (Easy Print No Supports)

Staryu.3mf

Swinub (Easy Print No Supports)

Swinub.stl

Only creating Print-in-Place and SupportFree models. 
We believe that 3D Printing should be easy, fun and accessible to everyone.

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

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

**Instructions**
- Get the Bambulab LED lamp kit 001 or a similar sized LED puck or cabinet light kit from a different manufacturer – check the cross-section image for measurements.
- Print the cap in a non-translucent filament, preferably red.
- Print the Stem, 21 Insert_A and 25 Insert_B in a light-colored or transparent filament, preferably white. The areas where the light shines through are 1.6 thick. You can print a test piece of this horizontal thickness to evaluate the translucency of your filament by holding the light behind the print.
- Print the holder.
- Glue the holder into 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!
- In case your LED breaks one day you can dissemble the design by remove 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

Size assembled: 150 x 150 x 200 mm

**Print settings**

Important: This design uses the Bambulab Lamp kit 001. You can substitute it with a similar LED puck light from a different manufacturer. According to my measurements this light type emits a maximum of about 60 degrees Celsius of heat. Measurement on the print after 6 hours on showed that all parts beside the holder reach no more than 40 degrees Celsius. The holder reaches 60 degrees Celsius, same as the metal part of the lamp. PETG usually does not deform under 70 degrees Celsius. It is better suited for lamps in general and the holder in particular. PLA usually does not deform under 58 degrees Celsius. I printed all parts beside the holder in PLA and the holder in PETG. Make sure to verify that your material choice is not affected by the amount of heat that your light emits! 

Required build volume: 160 x 160 x 160 mm
Material usage: 220 g
Material: Filament that can handle the heat that your bulb 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

**A real Pineapple turned organizer.** 
Store jewelry, candy or whatever you like in this extraordinary Ananas. Every level has its own slice-like containers for elaborate organization. 

**Instructions**
- Print all parts once except for the compartments. You need 5 of them each.
- Glue the rod into slice 1
- Insert slice 2,3 and 4
- Glue the green into slice 5
- Insert slice 5 onto the rod – you should use glue here but be aware that you will not be able to disassemble it afterwards.

The slices lock into position. The only open to one side. Do not try to force them to open to the other side or you might damage the object.

Size assembled: 126 x 126 x 321 mm

**Print settings**
Required build volume: 150 x 150 x 190 mm
Material usage: 650 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: none

Sliced Ananas

green.stl

**A tree trunk organizer with a compartment for supplies.**
You can use it for your pens and desk utilities, brushes and painting equipment or as make-up organizer.
The design is based on a 3d-scan of a beautiful “thuja occidentalis”. I paid close attention to preserving all details and original features while embedding the functionality.

Size assembled: 140 x 140 x 200 mm

**Print settings**
Required build volume: 140 x 140 x 180 mm
Material usage: 260 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
Outer walls: 3
Infill: 15%
Build plate adhesion type: none

Pencil holder / desk organizer “Occidentalis Tree”

occidentalis_tree.stl

This is a collaborative project by [ForgeCore](https://thangs.com/designer/ForgeCore) and me.

**A unique chess set for all nature lovers.**
This set consists of a foldable board that rolls up into a portable log and figures that are all based on different mushroom species.

Log: Pinus Sylvestris
Pawn: Boletus edulis
Rooks: Lentinula edodes
Knight: Morchella esculenta
Bishop: Pleurotus eryngii
Queen: Amanita muscaria
King: Cantharellus cibarius

**Instructions chess pieces**
- You can scale the figures up if you want them to be bigger
- Print all parts in the according amount and in two colors
- Glue the top of the queen and rooks onto their respective bottom

**Instructions log**
- Print all 8 log pieces, the top and bottom in one color
- Print 32 of the squares in another color
- Cut up strings of filament that are slightly longer than the log and sharpen them on one end with a knife or cutter
- Connect the log pieces with the strings by inserting them with the pointy end
- Cut off the string ends
- Glue in all squares
- Glue in 6 5mm magnets in the holes in log part 1 and 8 - make sure to have them face the right direction (optional but recommended)
- Have fun!

**Print settings**
Material: PLA
Print direction: stls are rotated correctly
Nozzle size: 0,4 mm
Line width: 0,4 mm
Infill: 15%

Board
Layer height 0,2 mm 
Support: One the log pieces 1-8 need support. Only  “touching build plate”, 20 degree “threshold angle”. (in Cura the number is calcuted 90-20 – so put 70 in “Support overhang angle”)

Chess pieces
Support: none
Layer height 0,08 mm 
Build plate adhesion type: none


Forest Chess

Bishop.stl

**A slightly tilted single flower vase based on a 3d scan.** 
The highly complex stump form of the species “Carpinus Betulus” made this tree the perfect selection for this design. 
The base is slightly enlarged to prevent the Vase from easily tipping over.

Scaling: You can scale this design up and down quite freely.

Size: 129 x 132 x 205 mm

**Print settings**
Required build volume: 140 x 140 x 210 mm
Material usage: 130 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
Outer walls: 3
Infill: 15%
Build plate adhesion type: none

Watertight printing: If you have a well set up machine it comes automatically - Otherwise here are some tips: Increase your wall count (at least 3), level your bed nicely, decrease print speed, increase layer height (at least 0.2mm), increase print temperature, check your seam quality, calibrate your e-steps and fine tune your retraction settings to make sure no holes appear after a layer change.


Vase “Betulus Tree”

Vase_betulus_tree.stl

**I design useful and enjoyable products for your home** 😊

I try to re-imagine everyday items in a more beautiful and nature-inspired way so you can have fun crafting cool stuff that you or others might need.

I love seeing my designs come to life, so don't forget to post your makes here and on social media, and tag me!

Introducing the 'SUPERDUPER Airless Ball', a high-quality 3D model.

This detailed rendering showcases the innovative features of both V.5 and V.6 airless ball designs, delivering unparalleled performance. With a remarkable 89% increase in bounce height compared to predecessors, this 3D model is designed for bounce-heavy sports situations. Its fantastic construct and visual appeal make it a fitting model for all sports enthusiasts and professionals alike. The representation serves not only as a thrilling 3D image but also as a practical sports tool. Dive in and explore this superior-quality airless ball 3D model.

Perfect for those in the sports and 3D modeling industries, or simply anyone who values precision in design. Let the 'SUPER EVERYTHING Airless Ball' give you a taste of the future of sports equipment design.

The SUPERDUPER Airless Ball

THESUPERDUPER.stl

This versatile keychain cup can be the ultimate solution for storing your lip gloss or as a cool accessory to add charisma to your keys. 

The design collection, including this Yeti 20 oz cup, showcases a blend of creativity and utility, applicable across a diverse range of applications.

Follow us on our Yeti cup journey as we add more innovative items to our collection. Enter the world of 3D modeling and explore our intriguing variety of designs. Whether its for 3D printing, inspiration, or simply for appreciation of tangible design, our 3D model range will captivate your interest. 

Experience the future of design and creativity with the exquisite Yeti 20 oz cup keychain. Perfect for practical usage or adding a touch of creativity to your life, this 3D model signifies craftsmanship at the pinnacle.


"YETI" 20 oz cup Keychain

YETI 20oz v5.stl

YETI 20oz v2.stl

Discover a quality 3D model of everyone's favorite oversized Pokemon, Snorlax. This beautifully detailed model inspires both fans of Pokemon and 3D modeling enthusiasts. This impressive Snorlax model is not just a mere decorative piece, but it also adds a whimsical twist to any 3D printing project. Indulge yourself in the world of dynamic 3D designs with this standout Snorlax model. Immerse yourself into the game universe in the real world with this life-like 3D model, where exquisite design and intricate details bring the well-loved Pokemon character to life. Whether you're a seasoned 3D modeler or a Pokemon aficionado, this Snorlax model presents a unique melding of passions.

Snorlax!!

fcf59017-1a44-4f25-a934-272b4494d15f.stl

This compact, stress-relieving 3D object is designed to be printed as a single unit, elevating your 3D printing experience to new heights and setting it apart as a must-have for hobbyists of all levels. No assembly needed here - this fidget gadget comes straight out of your very own 3D printer, all in one piece, and ready for action.

Small enough to nestle in your pocket or dangle from a keychain, This Print-in-Place Fidget Button 3D model optimally combines portability with functionality. Whether you're on the go or at home, count down the hours by clicking, pressing, and fiddling - all while keeping your stress levels in check.

New to 3D printing? Fear not. The Print-in-Place Fidget Button comes with easy-to-follow print instructions. Set your printer to a layer height between 0.15 - 0.2mm, use 15-20% infill and choose PLA or PETG for optimal results. No supports needed here— this 3D model is designed to get you fidgeting fast. Be mindful that the button might feel firm at first, but more usage will lead to the perfect smoothness for satisfying clicking.

This enchanting fidget toy is at your fingertips, brimming with tactile satisfaction and ready to ease any anxiety or stress you may have and keep your hands productively occupied.


 Print-in-Place Push / Fidget Button

THE+Button+v12+without+text.stl

Whether you are a fan of Pokemon or are into 3D modelling, this Snorlax model is sure to inspire and impress. It's a great addition to any 3D printing project. Dive into the world of 3D designs with the Snorlax.

Snorlax

Snorlax.stl

I am 15 years of age and all of my designs were made in Fusion 360 by me. I work for a company called RazKen as a 3D designer please check them out ( https://razken.ca/ ). I curently own a Bambu Lab X1 Carbon and a FlashForge 5M Pro.

Please join my discord!
https://discord.gg/kCrmQyTD

All of our models are designed to print with **no supports**, assemble with **no glue**, and **do not require a multi-material 3D printer**! 

_________________________________________

Come join our [growing community on discord](https://discord.gg/vMKRxGFbwg) to chat about future designs, give feedback, and ask the group questions! 

Most recent

SuperCrazyPrints