StormTrooper Helmet With Interior Details

**Bigger is Better!**

A hollowed out version of ["Root Beer Barrel"](https://social.thangs.com/m/16404) Can Cup design for general storage use!  For anyone looking to decorate their space like "Ye Ol' Pub" or just because!  Print it at a larger scale for a fun Candy Bucket, or normal size for a Pen Cup on your desk. **(NOT FOR LIQUIDS or FOOD!)
**
Designed to look like a classic wooden "Root Beer Barrel" with "metal" bands.  Can be printed Multi-Color by doing a "Pause at Height" method of filament changes for the bands (See photos.).

Find the "Banana Lid" add-on Here: 
Or the "Pot-O-Gold" add-on Here: https://social.thangs.com/m/26325

*Measures 111mm Tall*

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- **INCLUDED FILES:**
  - CAD STEP File for reference purposes.
  - The BIG Barrel STL file

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- **PRINT PARAMETERS:** 
  - Supports REQUIRED under the Handles
  - 2 Perimeters (Walls/Shells) Recommended
  - 10%+ Infill Recommended
  - Scale up as you see fit. I printed mine at 250%

Mine was printed in [Polymaker "Matte Army Brown" PLA](https://amzn.to/3KeTYqg)

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

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

**Want to Buy a Can Cup?** Check out our "Authorized Sellers" List here: https://www.hotrodhippie.com/resellers

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**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. *By downloading this design you are agreeing to these terms.* 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**

The BIG Barrel - Pen Holder, Candy Dish, DND Dice Holder, WHATEVER!

Big_Barrel_V3.step

Discover An Exquisite Art Piece In The Form Of A 3D Model. Dive Into The World Of Art & Entertainment with our unique Cyber Skull Helmet. Revel in the intricacy of each design, highlighting the wearable art form's beauty and the depth of the artist's creativity.

Our Cyber Skull Helmet is a sophisticated 3D model rendering you can't ignore. The blend of artistic creativity coupled with state-of-the-art 3D modeling creates a masterpiece perfect for enthusiasts, collectors, or anyone keen on diving into the world of 3D printed art. The model, intricately designed, offers viewers a compelling and unique perspective.

This 3D model is not only a testament to the designer's skill but also an incredible display of the power of modern design and manufacturing technologies. The Cyber Skull Helmet is symbolic of a bridge between traditional arts & entertainment and the futuristic world of 3D modeling and printing. 

This highly detailed and proficiently crafted model provides an aesthetic appeal for all art lovers and 3D enthusiasts. The remarkable attention to detail reflects the extraordinary talent of the designer and the limitless possibilities of 3D modeling and printing.

Browse our Cyber Skull Helmet 3D model if you're interested in exploring exclusive art pieces that exemplify creativity and technological innovation. The model makes a perfect addition to your collection, adds character to any space, and can also serve as an ideal gift for art & entertainment enthusiasts. For more details of this magnificent 3D model, visit the page for the Cyber Skull Helmet on thangs.com.

Keywords: 3D model, Cyber Skull Helmet, wearables, art and entertainment, 3D printing, 3D design.

If you like my work find more here - https://www.myminifactory.com/users/printedobsession
if you want to support my work consider joining patreon - https://www.patreon.com/printedobsession
want to know more about my process? i have tutorials on youtube - https://www.youtube.com/c/PrintedObsession

CC BY-NC-ND
This license allows users to copy and distribute the material in any medium or format in unadapted form only, for noncommercial purposes only, and only so long as attribution is given to the creator.

Cyber Skull Helmet - Wearable 

Cyber Skull Helm - face.stl

THe file used in my 24K Golden Snitch video:  [https://youtu.be/ieN8xgH7xks](https://youtu.be/ieN8xgH7xks) 

WIngs are remixed and from: https://www.thingiverse.com/thing:424612

The body is a paid asset that gives me royalty-free licence.

Please respect the wings license which is CC 3.0
https://creativecommons.org/licenses/by-sa/3.0/

Golden Snitch - Happy Potter

Snitch All Together.stl

the golden scarab in Moon Knight is an Egyptian artifact that might be connected in some way to the Egyptian gods.

this is a simple model of the golden scarab with the exact original details, i hope you like it.

**printing settings**
I printed mine at 100% scale and 200mm/s on my flsun super racer so i lost some details.


scaling: at least print this at 90% 
nozzle: 0,4
layer height: 0.2 
wall line count: 2
infill: 10%
support: No

**assembling **
use super glue and glue the base with the wings then glue the body on top of that, check the picture bellow.
Or watch this [video](https://youtube.com/shorts/xc6yygtJkK8?feature=share) 

this model is licensed under_[ theCreative Commons - Attribution - Non-Commercial - Share Alikelicense.](https://creativecommons.org/licenses/by-nc-sa/4.0/)_

happy printing

golden scarab - moon knight

P4.stl

Grow a backbone and add this wearable spine to your costume!

These vertebrae are derived from anatomically correct vertebrae and can be glued or sewn on to fabric.  Positioning templates are included to ensure accurate placement. See here for video: https://youtu.be/a72-hiMMajU

This project includes all lumbar and thoracic vertebrae of an adult male. When laid flat, the full length of the spine is 48.5cm. To modify the size, you may choose to leave out some of the vertebrae or scale the files as needed. Be sure to apply the same scaling factor to all vertebrae and positioning templates.

The placement template allows vertebrae to be laid out flat during assembly, however vertebrae have been designed to follow the natural curves of your back when worn.

Every attempt has been made to maintain anatomical accuracy, however, in order to make the parts as durable as possible the spinal canal on each vertebrae has been filed in, and select facet joints and bony processes have been thickened. These changes have minimal affect on the visual appearance.

Fabric Selection

A thick fabric such as denim will hold the vertebrae in place and apart from one another. The thin cotton used in the instruction video is not ideal in that it allows the vertebrae to flop around too much. If you plan on wearing as a costume, the fabric should hug the curves of your back as much as possible.

Printing

Select the vertebrae that you need and import them into your slicer. You will need to apply supports to the bony parts that stick out the back and to the sides. IMPORTANT: Be sure to label the vertebrae as they come off the printer! Vertebrae are labeled “L” for lumber (lower back) and “T” for thoracic (upper back.) Numbers start at the top and count down: T1 to T12 followed by L1 to L5.

Placement Templates

Determine the orientation of the three placement templates and position the top of “Template 3” just under the middle of the collar. Place “Template 2” and “Template 1” down the middle. It helps to tack the templates in place with a small dab of glue.

Attaching Vertebrae

Vertebrae are placed and attached from bottom to top. If you are using the spine for decoration or light use, you will likely be fine with just hot glue. Insert a sheet of plastic under the top surface so the glue doesn’t leak through to the next layer of fabric.  To make the spine more durable, use the holes provided to stitch each vertebra on to your fabric with strong thread, beading thread, or dental floss. You will need to remove the placement guides before stitching.

You are done! 

This design is a submission to the "HalloWearables Design Contest With Zack Freedman"

#HalloWearable #HalloWearables #spine #vertebrae #vertebra #skull #bones #skeleton #halloween #cosplay


Wearable Spine

Full spine for visualization only. Do not print this file!

Full Spine for Demo.stl

These anatomically correct vertebrae use precisely positioned ball-and-socket joints to mimic joint kinematics. 
See here for video: https://youtu.be/2zp8qpz0Sl8 
See here for a smaller display version: https://thangs.com/mythangs/file/60341
These are challenging files to print and require some post-print cleaning, but the finished product is worth it!
The files provided are oriented with the socket directly upwards to provide the cleanest print of the socket, which is critical for the joints to connect and move properly. Changing the orientation may result in a weak or malformed print of the socket.
I highly recommend labelling the vertebrae as you print them! Attaching incorrect vertebrae may damage the ball-and-socket joint.
While the ball-and-socket joints are sturdy once attached, they are not designed for repeated snapping in and out. 
You will need to select a support type that can support the large flat sections of the vertebral body, as well as the thinner sections of the laminae and spinous and transverse processes. In Cura, the “tree” option works well.
The spinous processes of the T1 to T9 thoracic vertebrae are very vertically oriented and become unstable and top-heavy when printing. They may not be adequately supported with standard supports. Secondary files are provided with enhanced support for the bases of the spinous processes. If you use these, you will still need to set up your preferred supports for the rest of the vertebrae.
Anatomically, the odontoid process of the C2 axis is held in place by the transverse ligament of the C1 atlas. In this model, the transverse ligament has been “ossified” leaving a hole for the odontoid process to click into place. This hole is intentionally tight to hold it in place. Expect to use a bit for force to snap them together, or file down the surfaces of the odontoid process as needed.
"BodyParts3D, © The Database Center for Life Science licensed under CC Attribution-Share Alike 2.1 Japan".

Full-sized Anatomically Correct Articulating Spine

Lumber Vertebrae Display.stl

This “Knurled Nightcrawler” is part of a series of three textured articulating snakes.

See here for video: https://youtu.be/8fIhzqsQP_k 

These textured articulating snakes use a unique print-in-place ovoid joint to create realistic snake movement. This joint type is stronger than the interlocking double ring joints used in many articulated designs, so this design is more suitable for use as a fidget or children’s toy.

The snakes are 54sm in length but will print easily on a 200mm x 200mm build plate.

Like a “ball and socket” joint, the oval-shaped ovoid from one segment is held in place by a similarly shaped socket in the neighbouring segment. Varying the relative dimensions of the ovoid and socket allows for precise control of the movement between each segment. In this design, lateral side-to-side movement is maximized, but rotation and up/down movement is slightly restricted. This more accurately mimics the “tone” and movement patterns of a real snake.

You may get some small adhesions between segments. Simply apply a bit of force to move the joint the first time, and it will be fine after that.

These models demonstrate some of the surfacing and texturing capabilities of nTopology.


Knurled Nightcrawler

This Skull Jewelry Set includes a necklace, choker, bracelet, and different sizes of rings and earrings!

See here for video: https://youtu.be/VNuI0LSqct0

The pieces that contain multiple skulls use a unique print-in-place ball-and-socket joint that allows the finished print to fully turn, twist, and rotate. See below for details and printing instructions

Necklace: The Skull Necklace is provided in two versions: a closed-loop 36-skull version and an open-loop 35 skull version. Both prints have an outside print diameter of 177mm and a finished length or circumference of approximately 50cm. The closed-loop version is too small to fit over most heads but can be used as a prop. The ends of open-loop version are connected using string or elastic. Multiple necklaces and chokers can be combined to make some serious skull bling. 

Choker: The 19-skull Choker print has an outer diameter of 111mm and finished length of approximately 28cm.  The ends are connected using string, ribbon or elastic. Multiple necklaces and chokers can be combined to make some serious skull bling. 

Bracelet: the 20-skull Bracelet print has an outer diameter of 111mm and finished circumference of approximately 28cm.  

Rings: The rings are provided in sizes 5, 7, 9, 11 and 13 to fit all fingers and thumbs. There are plenty of online sizing guides if you are not sure what size you need. 

Earrings: Skull Earrings are provided in single and multiple-skull dangling versions. You will need some standard earring hooks and ¼” jump rings to attach to the embedded loop on the top skull.

Here are some additional printing instructions related to the print-in-place ball-and-socket joints:

The inner spheres print on top of tiny supports within the cavity of the neighbouring skull. Once printed, a light twist of each skull frees the ball within the cavity and the skull chain can turn and bend. Be sure to let your print fully cool first! If the plastic is still soft, the connector may break when you try to move it.

Plan your supports carefully. A suggested technique using Cura is to raise the object of the build plate by 3mm, and then add tree supports underneath. Switch “Support distance priority” to “xy overrides z” and tighten up the “xy support distance” to 0.1mm.

This design is a submission to the "HalloWearables Design Contest With Zack Freedman"

#HalloWearable #HalloWearables #skull #bones #skeleton #jewelry #necklace #bracelet #ring #rings #earrings #halloween #cosplay


Skull Jewelry Set

Jewelry Set.stl

License: Attribution-NonCommercial-NoDerivs
CC BY-NC-ND
***
_***Sculpt by @ChelsC423***
*Suggested printing on a vertical angle or close to upright for best looking mask. You will need supports.
***
***If you would like to sell physical objects, please see the Chaos Core Partner tier on our Patreon***
***
If you would like to support me AND receive exclusive to Patron models every month check me out here:
https://www.patreon.com/chelscct

Hotaru Haganezuka Mask -Demon Slayer

HotaruMask_DemonSlayer.stl

This three-quarter size spine model is assembled using 2.85mm filament, allowing the vertebrae to flex and rotate. An optional display stand is available. See here for assembly video: https://youtu.be/PJFxQbMtud0
This model is designed for display purposes. While the filament allows for some movement, the movement is not biomechanically accurate. See here for a more challenging but biomechanically accurate full size spine model: https://thangs.com/mythangs/file/60245 
With the exception of C1 and C2, vertebrae are numbered on the posterior aspect of the vertebral body. The numbers are to assist with assembly and are hidden in the final assembled model. There was only space for numbers, so you’ll have to learn what C1 and C2 look like and be able to differentiate between cervical, thoracic and lumbar vertebrae. (It’s not that hard!)
Every effort has been made to maintain anatomical accuracy; however some small modifications were necessary to optimize the files for printing. In particular, the bone around the transverse foramen in the cervical spine, and the articular processes and lamina of the cervical and upper thoracic vertebrae have been thickened. 
Holes have been added for the insertion of filament, and small nubs have been added to the inferior surface of the vertebral body to ensure proper spacing.
The modifications are not noticeable for display purposes, just don’t use this model to plan your next spinal reconstruction surgery.
Printing: 
This is an intermediate project that requires good skills in setting up supports and in post-print cleaning and preparation.
The vertebrae in the files are oriented on an angle to minimize supports needed, specifically for the spinous processes. I recommend raising the objects off the print bed 3-5mm and then building supports up to them.
DO NOT PRINT “Full Spine Display Only”!
You will need to print out one of each “C1 – C7,” “T1 – T6,” “T7 – T12” and “L1-L4.”
Decide whether you need a display stand.
If you do not need a stand, use “L5 Plain” to complete the lumbar spine section. If you need a stand, use “L5 Base Connector” and print out the “Pelvic Base” as well.
Assembly:
Once all the pieces are printed and cleaned, you will need the following lengths of filament: Five 12cm lengths for the cervical and lumber sections, and six 15 cm lengths for the thoracic sections. These lengths are slightly longer than needed for ease of assembly and will need to be trimmed prior to gluing the final pieces in place. CA glue works well.
Here is the assembly sequence shown in the video.
For the cervical spine (C1-C7), insert two lengths of filament into C7 and thread on the remaining vertebrae. Glue C1 in place.
For the upper thoracic spine (T1-T6), insert three lengths of filament into T6 and thread on the remaining vertebrae. Glue T1 in place.
For the lower thoracic spine (T7-T12), insert three lengths of filament into T12 and thread on the remaining vertebrae. Glue T7 in place.
For the lumbar spine (L1-L5), insert three lengths of filament into TL4 and thread on L3 and L2. Glue L1 in place, and then glue on your selected version of L5.
Trim the filament protruding from each section (being careful not to over-trim), then glue the sections together. You’re done!
"BodyParts3D, © The Database Center for Life Science licensed under CC Attribution-Share Alike 2.1 Japan".


Flexible Spine Model with Display Stand

Full Spine Display Only.stl

Iron Man MK50 Infinity War Helmet

Iron Man MK50 faceplate with Interior Details.stl

**Banana For Scale**

The "Banana Lid" add-on for my ["Big Barrel"](https://social.thangs.com/m/59451) design.  This will fit many of my other Can Cup designs as well (12 & 16oz versions), but the Barrel is really the best looking fit.  In my opinion anyway.

Great for home decor if you are a Donkey Kong, Banana, or Barrel fanatic!

The Banana model itself was taken from the [Voron Design](https://vorondesign.com/) CAD files for the [V0.1 3D Printer](https://github.com/VoronDesign/Voron-0/releases/tag/V0.1).  Thank you to the Voron Design team for their excellent work as always!

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- **FILES INCLUDED:**
  - CAD STEP to reference the design.
  - Banana Lid STL

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- **PRINT PARAMETERS:**
  - Recommend a minimum of 4 Perimeters 
  - 10% Infill Recommended 
   - No Supports Required
 
Mine was printed with [Polymaker "Matte Yellow"](https://amzn.to/36Y5rvY) PLA.

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

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

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

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

- **DISCLAIMER:**
  - USE AT YOUR OWN RISK. I can't validate that a really heavy monitor will be happy on this mount. 

**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.

Banana Lid - BIG Barrel & Can Cup Add-On Topper

Banana_Lid_V1.step

This print-in-place “Happy Halloween” spine is fun to print and feels really weird to hold and move. 
See here for video: https://youtu.be/1uJ-5xu7dJw 
The spine must be printed as oriented, with the spinous processes point up. Changing the orientation of the file will result in improper printing of the inner ball joint between adjacent vertebrae.
The transverse processes that stick out sideways do not need support. Therefore, you only need to support the base of the vertebral bodies and the top loop. 
You’ll have to plan your support well in order to adequately support the curved bottom surface of the vertebral body. A suggested technique using Cura is to raise the object of the build plate by 3mm, and then add tree supports underneath. Switch “Support distance priority” to “xy overrides z” and tighten up the “xy support distance” to 0.1mm. 
After printing there will be some small adhesions on the inside ball joint and in the facet joints. Just do some gentle spinal mobilization and they will release and move freely. Be sure to let your print fully cool first! If the plastic is still soft, the connector may break when you try to move it.

#spine #vertebrea #skeleton #bones #halloween #happyhalloween #printinplace


Happy Halloween Articulating Spine

This print-in-place “Happy Halloween” spine is fun to print and feels really weird to hold and move. 
See here for video: https://youtu.be/1uJ-5xu7dJw 
The spine must be printed as oriented, with the spinous processes point up. Changing the orientation of the file will result in improper printing of the inner ball joint between adjacent vertebrae.
The transverse processes that stick out sideways do not need support. Therefore, you only need to support the base of the vertebral bodies and the top loop. 
You’ll have to plan your support well in order to adequately support the curved bottom surface of the vertebral body. A suggested technique using Cura is to raise the object of the build plate by 3mm, and then add tree supports underneath. Switch “Support distance priority” to “xy overrides z” and tighten up the “xy support distance” to 0.1mm. 
After printing there will be some small adhesions on the inside ball joint and in the facet joints. Just do some gentle spinal mobilization and they will release and move freely. Be sure to let your print fully cool first! If the plastic is still soft, the connector may break when you try to move it.


LotR The One Ring

Death Predator Mask

Summon the Halloween spirit with this brilliantly designed 3D model of a Halloween Bat Headband for Kids, found exclusively on Thangs.com. This model, perfect for hobbies and games, allows you to bring a touch of spooky fun to your child's Halloween festivities. Rendered with incredible attention to detail, the model has a realistic look that will impress and delight. The bat design captures the essence of Halloween, making it an ideal accessory for the spooky season. The 3D model page provides comprehensive details for easy download and printing. The awe-inspiring visuals of the Halloween Bat Headband can be seen in the images provided. Remember, this model is designed so even the little ones can get in on the Halloween fun. Find this incredible 3D model and many others in the Hobbies and Games category on Thangs.com. Spooky fun awaits with the Halloween Bat Headband for Kids, download now and start crafting. Enjoy the world of 3D modelling with Thangs.com.

HALLOWEEN BAT HEADBAND FOR KIDS

Let me see. Alas, poor Yorick! I cannot figure out how to reassemble him.

See here for video: https://youtu.be/tiF3k-c1-yY 

This puzzle is part of the family of different “6-Piece Burr Puzzle” configurations. This is a “Level 1” design because one piece needs to be moved (“unlocked”) before you can begin to disassemble the puzzle. Taking it apart is tricky, but putting it back together is much harder!

Can’t figure out how to fit the pieces fit together? 
See here for an instructional model: https://social.thangs.com/m/617380 
And here for an instructional video: https://youtu.be/UcFXx5P6eX4

Similar puzzles:
Ripple Ball Burr Puzzle: https://social.thangs.com/m/617381
Valentine’s Heart Puzzle: https://social.thangs.com/m/639563 
Anatomical Heart Puzzle: https://social.thangs.com/m/693398


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