These files are for Personal Use Only. If you would like a Commercial License to sell prints made from these designs, please join me on Patreon: https://www.patreon.com/kazitoad

This is a simple Christmas tree designed to be printed in vase mode. It should be printed without support, 3 floors and only a single spiral wall. 

It only took 25 min and 13g to print this using an 0.8mm nozzle, 0.4mm layer height and 0.8mm line width. 

Check out my realistic tree [here](https://thangs.com/designer/Kazi%20Toad/3d-model/Tealight%20Christmas%20tree-513386?manualModelView=true).

Vase Mode Christmas tree

This is a simple Christmas tree designed to be printed in vase mode. It should be printed without support and only a single spiral wall. 

It only took 25 min and 13g to print this using an 0.8mm nozzle, 0.4mm layer height and 0.8mm line width. 

Christmas tree with ornaments

three different versions to print separately or in a single piece (print in place)

Easter egg with bunny

Egg  one piece.stl

Model originally uploaded to Thingiverse at https://www.thingiverse.com/thing:4812417.

#Update 5, If your columns are collapsing, make sure your Zhop is on and consider printing the 250mm version at 150%

#Update 4, removed the problematic LQ version STL, now all files are HQ

#Update 3, Sharing the high resolution STL of the full model here. (slightly simplified to fit within Thingiverse size limit)

#Update 2, Just added the 250m base split into two parts since this was frequently requested.

#Update 1, I just uploaded the model in parts. So you can print them separately and in larger sizes if you wish.

***Thingiverse is not letting me upload the HQ FULL model. You can download it instead from Cults3d or Prusa Printers. Links are below.****

Print Model Description:
This Hindu temple STL is designed to be printed without any support structures. Just drop the model to the print bed, scale to fit and print away. All overhangs have been kept below 45 degrees. The columns and decorative details have been imperceptibly altered to optimise your print. This original 3D stl file was created from scratch by referencing publicly available 3D renders of the original temple.

Architecture:
A new design was prepared by the Sompura family in 2020, in accordance with traditional Hindu architectural principles and sciences. The Sompuras have been part of the temple design of over 100 temples all over the world for at least 15 generations. 
The temple will be 235 feet wide, 360 feet long and 161 feet high. Once complete, the temple complex will be the world's third largest Hindu shrine. It is designed in the Nagara style of Indian temple architecture.The building will have a total of 366 columns. The columns will have 16 idols each to include the incarnations of Shiva, the 10 Avatars of Vishnu and the 12 incarnations of the goddess Saraswati. The width of the stairs will be 16 feet. In accordance with scriptures dedicated to the design of temples dedicated to Vishnu, the sanctum sanctorum will be octagonal.

What is it:
One of the most important Hindu temples to be ever built in the history of India. As of 2021, this is an under-construction temple in city of Ayodhya, at the site believed to be the birthplace of Hindu god Ram.

Why is being built now?
Rama or Ram, considered an incarnation of God Vishnu, is a widely worshiped Hindu deity. He was believed to have been born in Ayodhya in around 5114 BC.
In the 16th century, the Mughals constructed a mosque at the site believed to be the birthplace of Ram. The mosque was demolished by a crowd of 150,000 on Dec 6th 1992. A 1978 and 2003 archaeological excavation by the Archaeological Survey of India (ASI) found evidence indicating that Hindu temple remains had existed on the site. In 2019 the Supreme Court of India ruled that the land be handed over to the Indian Government for the construction of a Ram Temple.

Funding:
The entire temple complex is being crowdfunded. The donations have already exceeded 10x the estimate of the project.

🔥 Support **Vedic**_Futura_ ! 🔥
🌏 [Check Out Our Awesome Blog and Website!](https://www.vedicfutura.com/)
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Ayodhya Ram Temple - NO SUPPORTS REQUIRED!

Full_combined_Ram_Temple_HQ_Base_250mm_Simplify_Repair.stl

This angel isn't just a statue decoration, she's an invitation to creativity. because I've got a challenge for you – remixes are highly encouraged! Let's see how you can reimagine this celestial beauty.

Maybe add some LED lights to illuminate her from within, hollow her out and make a Christmas tree topper, play with colours and sizes – the sky's the limit!

oh and It's designed for easy, support-free printing!

I can't wait to see the unique twists you all put on this design.

Christmas Angel

Christmas Angel_SparkyFace5.3mf

These files are for Personal Use Only. If you would like a Commercial License to sell prints made from these designs, please join me on Patreon: https://www.patreon.com/kazitoad

This is a semi-realistic Christmas tree that can be illuminated with an ELECTRIC tealight (no flames please).

The best part is: it can be printed in vase mode, that means no support, no seams, thin walls for illumination, and it prints super fast.

The tree is 75 x 120mm, with a 40mm hole in the bottom. Feel free to scale it up or down to fit your needs.
Print with spiral vase mode.

Suggested settings:
- 5 bottom layers
- 0 top layer
- 0.2mm layer height
- 0.6 line width

Checkout my geometric tree [here](https://thangs.com/designer/Kazi%20Toad/3d-model/Vase%20Mode%20Christmas%20tree-38831?manualModelView=true).

Tealight Christmas tree

This is a semi-realistic Christmas tree that can be illuminated with an ELECTRIC tealight (no flames please).

The best part is: it can be printed in vase mode, that means no support, no seams, thin walls for illumination, and it prints super fast.

The tree is 75 x 120mm, with a 40mm hole in the bottom. Feel free to scale it up or down to fit your needs.
Print with spiral vase mode.

Suggested settings:
- 5 bottom layers
- 1 top layer
- 0.2mm layer height
- 0.6 line width

These are the files for my Candy Cane Christmas Tree,

Version 1 - this one has a Larger Gap between the 2 sections. meaning that it can be printed with Larger Layer Hights, and when printed at 0.2mm Layer Heights can be dropped together

Version 2 - this one is if you are looking for a Tighter Fit, I have successfully Printed this at 70% Scale with 0.2mm Layer heights and the 2 parts can still be nicely pushed together.

Both Versions can be printed with Zero Infill and with No Supports

Enjoy Playing with these Files

Merry Christmas

Thanks

Bugman

If you like what I am doing please consider buying me a coffee or tipping. 😁👍

https://www.buymeacoffee.com/bugman140

Candy Cane Christmas Tree

candy_cane_christmas_tree_-_red_v1.stl

Our small Reindeer we made into a christmas ornament.  Prints with no supports.

Small Reindeer Ornament

Our small Reindeer we made into a christmas ornament 

CHRISTMAS GNOME 1

1 A.stl

easter egg house, print in 4 parts (egg need supports normals, angle 80 grades)

(Update V2)
Parts separated by color, printing recommendations: 
3 walls, normal supports at 60°

Easter egg house

Base v1.stl

Egg v1.stl

Roof v1.stl

steps v1.stl

Arc v2.stl

Balcony v2.stl

Base v2.stl

Broken wall v2.stl

Cornice v2.stl

Door v2.stl

Egg v2.stl

Fence v2.stl

Lower window v2.stl

Ring door pull v2.stl

Roof v2.stl

Stairs v2.stl

Upper window v2.stl

Preview.stl

Easy to print Easter Bunny with a basket on its back large enough to hold a cadbury egg. Prints without supports on most printers

Easter Bunny with Basket

Here's a collection of spiral-shaped ornaments that I designed in Blender. You can get beautiful results by switching colors as they print.

Festive Christmas Ornaments

A moose designed to be a Christmas Ornament

Christmas Moose Ornament

When I saw the original file I knew immediately what needed to be inside the tree was a lighter and a joint.

I sized up the original to fit a mini BIC and a hand rolled "cigarette" I also added a few stops to keep everything in place as it should be. Then of course had to ad some Christmas trees to the inside as well. Gave me a good laugh and I'm sure will get a few laughs out of some of my family this Christmas.

Had no problems printing printed at .3 layer height with a .6 nozzle profile using a .4 nozzle on the printer in 3 hours

Remix of Hinged Christmas Tree (Print in Place).stl by productdesignonline

Trees in a tree on a tree Christmas ornament

**RECOMMENDED PRINT SETTINGS**
Brim or Raft: No
Supports: No
Orientation: Standing up
Layer Height: 0.1mm
Infill: 40%
Speed: 60mm/s
Nozzle Size: 0.2mm
Material: PLA or ABS
Green PLA (seen in pictures): https://geni.us/greenPLA


**Learn Fusion 360:** https://ProductDesignOnline.com

**PDO YouTube:** https://www.youtube.com/productdesignonline

This model was created by Kevin Kennedy (Product Design Online) and is work licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. To view a copy of this license, visit: http://creativecommons.org/licenses/by-nc-sa/4.0/

Hinged Christmas Tree (Print in Place).stl

The (not so) perfect tree, placed anywhere in your home will be sure to get you in the holiday spirit!

CHARLIE BROWN CHRISTMAS TREE: This decoration does not feature the iconic ornament or a Linus’ blanket.  Instead this Xmas Tree boasts an amazing design that only your 3D printer can reproduce. Enjoy!

Charlie Brown Christmas Tree

XmasTree_EZ_v1.stl

Here are the files for my Haunted Candle a fun print for your Halloween Decorations

There is a version that includes a wick (Candle Stick) 

and one that includes a pathway for a LED and wires (Candle Powered)

The Candle Stick Holder has a void in the base to allow for electronics such as a modified Tealight to be added to power the LED in the candle, you can also use the rubber flame from the tealight in the top of the candle.

Though my good friend Grafit wanted to use LED's that he had to hand, so modelled an AWESOME flame to use with a standard size LED. he has kindly allowed me to upload the flame along with the haunted candle.

I hope you enjoy.

and Happy Halloween

Thanks

Bugman

If you like what I am doing please consider buying me a coffee or tipping. 😁👍

https://www.buymeacoffee.com/bugman140

The Haunted Candle

candle-stick.stl

Here's a fun festive design for the holidays. It's a bit of a challenge to print, but well worth the effort.

**NOT TO BE SOLD**
**I'm sharing my files so that you can make them for yourselves or give them away as gifts. I hope you enjoy them. I do not authorize sale of my work by anyone. Please don't ask me.**

**CHALLENGING PRINT**
If you just got your first 3D printer and are looking for your first thing to print, this isn't it. Using the settings I recommend below, an experienced maker should be able to get a good print without many failed attempts.

**COMMON PRINTING PROBLEMS**
Assuming you use the print settings I recommended below, here are some common problems and possible fixes:
* Mushy print: Reduce print temp.
* Comes off bed: Increase raft size. Reduce print speed.
* Print looks rough: Reduce print speed.
* Breaks during printing: Reduce print speed and print temperature. If you can, increase cooling. Add more supports.

**PRINT TIME**
With my settings, it took about 3.5 hours.

**PRINT SETTINGS**
*Thickness*

* Layer thickness: .15mm
* Wall thickness: 0.8mm. If you want to go thinner to reduce weight, consider using Cura's “alternate extra wall” option so it alternates between 0.4 and 0.8mm walls with each layer. That may prevent gaps in the print.
* Top/bottom thickness: 0.3mm

*Infill*
This doesn't need any infill. Seriously. 

*Speed*
You'll want to use slow printer settings to that the print is accurate and to reduce chance the bell is pulled off the plate curing printing.

* Overall: 60mm/s
* Outer wall: 30mm/s
* Inner wall: 40mm/s
* Travel Speed: 65mm/sec

*Build Plate Adhesion*
The first layer of the bell is just a thin circle. I've found that a raft works well to provide bed adhesion. It also separates more cleanly than a brim for this model. 

*Supports*
This print absolutely requires supports to keep the spiral arms from breaking. By setting the overhang angle to 45 degrees, you get support exactly where you need it: at the base where the arms touch the rim and then curve, and at the roof of the bell. It's a lot lower angle than you might normally use, but it's needed for this design.

* Support placement: Touching buildplate
* Support overhang angle: 45 degrees
* Support pattern: Gyroid
* Support wall line count: 1
* Support density: 10%

Open Spiral Christmas Bell

**NOT TO BE SOLD**
**I'm sharing my files so that you can make them for yourselves or give them away as gifts. I hope you enjoy them. I do not authorize sale of my work by anyone. Please don't ask me.**

**CHALLENGING PRINT**
If you just got your first 3D printer and are looking for your first thing to print, this isn't it. Using the settings I recommend below, an experienced maker should be able to get a good print without many failed attempts.

**COMMON PRINTING PROBLEMS**
Assuming you use the print settings I recommended below, here are some common problems and possible fixes:
* Mushy print: Reduce print temp.
* Comes off bed: Increase raft size. Reduce print speed.
* Print looks rough: Reduce print speed.
* Breaks during printing: Reduce print speed and print temperature. If you can, increase cooling. Add more supports.

**PRINT TIME**
With my settings, it took about 3.5 hours.

**PRINT SETTINGS**
*Thickness*

* Layer thickness: .15mm
* Wall thickness: 0.8mm. If you want to go thinner to reduce weight, consider using Cura's “alternate extra wall” option so it alternates between 0.4 and 0.8mm walls with each layer. That may prevent gaps in the print.
* Top/bottom thickness: 0.3mm

*Infill*
This doesn't need any infill. Seriously. 

*Speed*
You'll want to use slow printer settings to that the print is accurate and to reduce chance the bell is pulled off the plate curing printing.

* Overall: 60mm/s
* Outer wall: 30mm/s
* Inner wall: 40mm/s
* Travel Speed: 65mm/sec

*Build Plate Adhesion*
The first layer of the bell is just a thin circle. I've found that a raft works well to provide bed adhesion. It also separates more cleanly than a brim for this model. 

*Supports*
This print absolutely requires supports to keep the spiral arms from breaking. By setting the overhang angle to 45 degrees, you get support exactly where you need it: at the base where the arms touch the rim and then curve, and at the roof of the bell. It's a lot lower angle than you might normally use, but it's needed for this design.

* Support placement: Touching buildplate
* Support overhang angle: 45 degrees
* Support pattern: Gyroid
* Support wall line count: 1
* Support density: 10%

Here's a fun, quick, simple print to brighten up the holidays. The design is clearly a bell, but it also references Renaissance architecture. 

**NOT TO BE SOLD**
**I'm sharing my files so that you can make them for yourselves or give them away as gifts. I hope you enjoy them. I do not authorize sale of my work by anyone. Please don't ask me.**

**EASY PRINT**
If you just got your first 3D printer, this might not be the first thing you print, but it can be one of your earliest prints. Using the settings I recommend below, you should be able to print it with little difficulty.

**COMMON PRINTING PROBLEMS**
Assuming you use the print settings I recommended below, here are some common problems and possible fixes:
* Mushy print: Reduce print temp.
* Comes off bed: Increase raft size. Reduce print speed.
* Print looks rough: Reduce print speed.
* Breaks during printing: Reduce print speed and print temperature. If you can, increase cooling. 

**PRINT TIME**
With my settings, it took about 3 hours.

**PRINT SETTINGS**
*Thickness*

* Layer thickness: .15mm
* Wall thickness: 0.8mm. If you want to go thinner to reduce weight, consider using Cura's “alternate extra wall” option so it alternates between 0.4 and 0.8mm walls with each layer. That may prevent gaps in the print.
* Top/bottom thickness: 0.3mm

*Infill*
This doesn't need any infill. Seriously. 

*Speed*
You'll want to use slow printer settings to that the print is accurate and to reduce chance the bell is pulled off the plate curing printing.

* Overall: 60mm/s
* Outer wall: 30mm/s
* Inner wall: 40mm/s
* Travel Speed: 65mm/sec

*Build Plate Adhesion*
The first layer of the bell is just a thin circle. I've found that a thin (4mm extra margin) raft works well to provide bed adhesion. It also separates more cleanly than a brim for this model. The raft only adds about 10 minutes to the print time.

*Supports*
I recommend printing with supports to ensure the roof of the bell prints cleanly. Ok, it doesn't show when it's hanging up, but I'm a perfectionist. With these settings, you'll only get supports where you need them.

* Support placement: Touching buildplate
* Support overhang angle: 71 degrees (this really is all you need)
* Support pattern: Gyroid
* Support wall line count: 1
* Support density: 15%

Open Lattice Christmas Bell

**NOT TO BE SOLD**
**I'm sharing my files so that you can make them for yourselves or give them away as gifts. I hope you enjoy them. I do not authorize sale of my work by anyone. Please don't ask me.**

**EASY PRINT**
If you just got your first 3D printer, this might not be the first thing you print, but it can be one of your earliest prints. Using the settings I recommend below, you should be able to print it with little difficulty.

**SUMMARY**
Here's a fun, quick, simple print to brighten up the holidays. The design is clearly a bell, but it also references Renaissance architecture. 

**COMMON PRINTING PROBLEMS**
Assuming you use the print settings I recommended below, here are some common problems and possible fixes:
* Mushy print: Reduce print temp.
* Comes off bed: Increase raft size. Reduce print speed.
* Print looks rough: Reduce print speed.
* Breaks during printing: Reduce print speed and print temperature. If you can, increase cooling. 

**PRINT TIME**
With my settings, it took about 3 hours.

**PRINT SETTINGS**
*Thickness*

* Layer thickness: .15mm
* Wall thickness: 0.8mm. If you want to go thinner to reduce weight, consider using Cura's “alternate extra wall” option so it alternates between 0.4 and 0.8mm walls with each layer. That may prevent gaps in the print.
* Top/bottom thickness: 0.3mm

*Infill*
This doesn't need any infill. Seriously. 

*Speed*
You'll want to use slow printer settings to that the print is accurate and to reduce chance the bell is pulled off the plate curing printing.

* Overall: 60mm/s
* Outer wall: 30mm/s
* Inner wall: 40mm/s
* Travel Speed: 65mm/sec

*Build Plate Adhesion*
The first layer of the bell is just a thin circle. I've found that a thin (4mm extra margin) raft works well to provide bed adhesion. It also separates more cleanly than a brim for this model. The raft only adds about 10 minutes to the print time.

*Supports*
I recommend printing with supports to ensure the roof of the bell prints cleanly. Ok, it doesn't show when it's hanging up, but I'm a perfectionist. With these settings, you'll only get supports where you need them.

* Support placement: Touching buildplate
* Support overhang angle: 71 degrees (this really is all you need)
* Support pattern: Gyroid
* Support wall line count: 1
* Support density: 15%

Christmas scene remixed from https://www.thingiverse.com/thing:5162668 and remixed base from https://www.printables.com/model/336147-christmas-tree. Added a six-slot base and back but have not printed it yet. Used this light puck https://www.amazon.com/gp/product/B07FY57K63/ref=ppx_yo_dt_b_asin_title_o07_s00?ie=UTF8&th=1&tag=1

Christmas scene in Christmas Ball

scene 4.stl

Easter bunnies can have heros too here is a easter bunny with a Mandalorian Helmet that is easy and fast to print.  It should not need supports on most printers.

Mandalorian Easter Bunny

Here's a dimensional snowflake ornament for the holidays. It looks great in either solid or translucent materials.

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