This model shows the external anatomy of the human heart.  The annotations reflect general features of the heart, with 3D models on coronary vasculature of the heart soon to come.


The model was created from scratch in ZBrush as part of my MSc Medical Art course at the University of Dundee.  It is part of a educational resource project to aid students' learning in the vasculature of the heart, where a 3D printed model has also been created to be used as a comparison for Dundee University's Thiel Cadaver Facility, where the hearts can become quite flat during embalming. 


The project is in collaboration with Mr. Luke Reid, Lecturer in Human Anatomy at the University of Dundee, who confirmed anatomical accuracy of the model. Credit also goes to 3D4medical as my main source of reference and inspiration.

Cardiac Anatomy: External view of human heart

Quadra V-Tech based on the Cyberpunk 2077 gameplay demo. I also 3d printed it, check out  instagram.com/kreanym/ for pictures.

3d printing files can be found on thingiverse:
https://www.thingiverse.com/thing:3227759

Cyberpunk 2077 - Quadra V-Tech

This model shows the coronary arteries of the human heart.

The model was created from scratch in ZBrush as part of my MSc Medical Art course at the University of Dundee. It is part of a educational resource project to aid students’ learning in the vasculature of the heart, where a 3D printed model has also been created to be used as a comparison for Dundee University’s Thiel Cadaver Facility, where the hearts can become quite flat during embalming.

The project is in collaboration with Mr. Luke Reid, Lecturer in Human Anatomy at the University of Dundee, who confirmed anatomical accuracy of the model. Credit also goes to 3D4medical as my main source of reference and inspiration.

Cardiac Anatomy: Coronary arteries of the heart

Made this with Masterpiece Creator. It was intended for 3D printing.

3D printed and painted: https://www.artstation.com/artwork/Z51P3x

Baby Yoda

Fan-art bobblehead based on the NCR veteran ranger, the iconic "character" from fallout NV. I've been really into the fallout series lately and always found it kinda sad that the rangers and legionaries never got a bobblehead.
So i'm here to correct that! **I would love to see this 3d printed, contact me if you can!**
I made some adjustments to the outfit to better fit my style, should still be pretty accurate. 1024x1024 textures.


ref:
![](https://vignette.wikia.nocookie.net/fallout/images/4/41/NCRVeteranRanger.png/revision/latest?cb=20110926224123)

NCR veteran ranger bobblehead

This is a 3D scan of a cockroach I bought on etsy. It's part of a larger project where I combined 3D modeled assets with photogrammetry (see http://whatswrongwithwhite.tumblr.com/image/177884973392 ). I used a lot of custom photo equipment (macro lens, polarization filters, extension tubes and a 3D printed cockroach holder from shapeways). For cleanup I used blender (cleaning up holes, chopping up into body parts, modeling deatils). For the final material design and export Substance Painter did a great job.

Making Of:
http://whatswrongwithwhite.tumblr.com/playroach

full scene:
https://skfb.ly/6BPQU

Used in this NYT article:
https://www.nytimes.com/interactive/2018/10/25/multimedia/bugs-halloween-kids-ar-ul.html

Cockroach (3D photogrammetry scan)

Digital replica of a neck vertebra from a dog (*Canis lupus familiaris*). This is the seventh vertebra in the vertebral column when counting down from the head and is also identified as C7, the seventh cervical vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: C7 vertebra

This model shows the cardiac veins of the human heart.

The model was created from scratch in ZBrush as part of my MSc Medical Art course at the University of Dundee. It is part of a educational resource project to aid students’ learning in the vasculature of the heart, where a 3D printed model has also been created to be used as a comparison for Dundee University’s Thiel Cadaver Facility, where the hearts can become quite flat during embalming.

The project is in collaboration with Mr. Luke Reid, Lecturer in Human Anatomy at the University of Dundee, who confirmed anatomical accuracy of the model. Credit also goes to 3D4medical as my main source of reference and inspiration.

Cardiac Anatomy: Cardiac veins of the heart

Digital replica of a bone in the vertebral column of a dog (*Canis lupus familiaris*). This vertebra is in the lower back of the dog and is  identified as L1, the first lumbar vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: L1 vertebra

Scan of a ceramic rabbit.
The scan was done to get the modell,
i then edited/changed the 3D modell a little and
it was then 3D printed as a mock up for a chocolate company.
Created in RealityCapture.

Rabbit / Hase

Digital replica of the upper skull from a dog (*Canis lupus familiaris*). 

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. Note though that the anatomical detail within the nose and foramen magnum is not well-resolved. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.3 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: Upper skull

Digital replica of the atlas from a dog (*Canis lupus familiaris*). The atlas is the vertebra in the neck that sits just behind the head and is also identified as C1, the first cervical vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: Atlas

Dices (bones) action and faction for board game - Dune Dice game

Can be 3d printed in 1.5x1.5x1.5 cm or 2x2x2 cm as maximum.

For playing you need 4 faction and 3 action bones. For all other bones you can use regular 6 points bones.

Made in Blender 3D. Printed on Creality 3D - size = 2x2x2 cm, layer height = 0.15, filling = 35%
![3d printed](https://pp.userapi.com/c855520/v855520653/9ce6/3ZccCzE-yt4.jpg)

Bones for Dune Dice Game - board game free

3D model of the character Mimi (by Typh). No 18+ textures. Can be used however you like, for example, rigged, posed, and 3D printed. Nothing else to add.

Mimi_Typh by Sosiska

Using advanced Photogrammetry and Other advanced Technologies I was able to generate a 3D model of Jebel Irhoud, Adam Worthinton also generated a 3D model of Jebel Irhoud but his is a complete reconstruction, smooth surface and reconstructed nose, eyes and teeth, but overall the shape is basically the same.

Youtube Video of a 25% scale 3D Printed Jebel Irhoud 
https://youtu.be/TvlprFYe5rE?si=iPTCHGlRmZ-2ELxR

![](https://www.donsmaps.com/images41/jebelirhoudskull.jpg)

Jebel Irhoud Skull Reconstruction

Bring a touch of fantasy to your desk with this adorable Tiny Dragon Fledgling! This stylized 3D model features a round, emerald green baby dragon sitting snugly inside a stone-grey eggshell. Designed with 3D printing in mind, it boasts clean lines and optimized geometry to ensure a smooth printing experience with minimal supports. Key Features: - Stylized aesthetic with vibrant scale details and glossy golden horns. - Optimized for both FDM (PLA) and Resin (SLA) printers. - Perfect as a desk companion, gift, or tabletop gaming accessory. Print Settings Recommendations: For FDM printers, we recommend a layer height of 0.12mm to 0.16mm for fine detail. Use a 10-15% infill and tree supports for the chin and horns. For Resin printers, standard settings will capture the intricate scale textures beautifully. This model is a must-have for dragon lovers and collectors of cute 3D printed creatures!

Cute Baby Dragon in Egg - 3D Print Dragonlet

I designed this 1 inch RAM ball adapter to attach my Qubo Bike Cam Pro to the handlebar of my motorcycle. but it could be used for other things as well.

This can be 3D printed on an FFF 3D printer without supports. Due to the high compressive force on the part, I strongly recommend that this part be printed with 100% infill (solid).

Although its advisable to print this part using ABS, I did a test print of a prototype using black PLA and used it. Surprisingly, the part worked just fine (even in the summer heat of Goa) and I have been using the PLA part ever since.

RAM Adapter for Qubo Bike Cam Pro

3D color model of my friends Bulldog Bella that I'm trying figure out how to make a 3d printed memorial for her.

Bella the Bulldog

From scratch Deathstar "lamp", was made to be 3D printed in 5 parts using fairy lights or another type of string light, the laser is hollow.
Ignore the bad texture painting.

Deathstar Lamp

The jumper cable is routed through the left opening to the hook and then to the microcontroller.

The middle opening is exclusively for the cables that supply power to the Hub75.

The hooks in the middle are for cable management when using other devices.

These round floor protection stickers can be attached to the underside of the case where there are recesses.

- Not tested to see if the panel fits into the case! (so I never 3D printed)

Protoype of an Hub75 Case (display panel)

Thicc. Iconic. Unbothered.
Round as a beach ball, smug as a champion — this gloriously chubby yellow electric creature has clearly been skipping cardio and absolutely not apologizing for it. Red cheeks glowing, lightning tail raised, tiny feet somehow holding up all that magnificence.
This 3D printed figure is chunky perfection. A desktop companion for those who relate more to the "resting" phase of the hero's journey.
No battles today. Only snacks.
"I choose you… to bring me food."

Pika Pika

A set of three unique Easter eggs with cool, "see-through" patterns. These designs move away from traditional smooth surfaces and use modern 3D shapes - one looks like a classic grid, one looks like organic cells, and the third has a flowing, wavy texture. They look amazing when 3D printed and make for a great modern centerpiece.  These models are available under a Private Use License. To unlock commercial rights, you need to be an active subscriber to a membership plan.  ⚙️ Print SettingsLayer height: 0.16Wall line count: 2Bottom layers: 4Top layers: 6Infill: 10%Supports: no

Lattice Easter Eggs

3D Printed Monitor Stand (Modular and Interlocking Design) for ASUS ROG Strix XG27ACS Overview: This is a modular and interlocking monitor stand designed specifically for the ASUS ROG Strix XG27ACS monitor. It is intended to help organize your desk and elevate the monitor to a more ergonomic viewing height. The stand consists of four large main pieces and four smaller interlocking keys that connect them. The keys are designed to be inserted from the top, and when the monitor is placed on the stand, they lock the main pieces together, preventing them from separating. Design Versions and Improvements: V1: The initial test print for my own ASUS ROG Strix XG27ACS monitor revealed a 1.5 cm gap at the back, preventing a snug fit with the monitor's base. V2 (Recommended Version): This version has been optimized in Solidworks to eliminate the 1.5 cm gap. V2 is the recommended version for a cleaner, more secure, and aesthetically pleasing fit. Important Note: While V2 has not been physically test printed, its dimensions were corrected based on the V1 print, making it a better starting point for anyone who wants to try it. Printing Recommendations: Material: ABS filament is highly recommended due to its durability and strength. Infill: 20% Infill Pattern: 3D honeycomb Wall Loops: 3 Build Plate Adhesion: For ABS, using an outer brim is recommended to improve bed adhesion and prevent warping. Assembly: Print all 8 pieces (4 large main parts and 4 small key parts). The locking keys are designed to slide into the slots on the top of the main pieces, securing the entire structure. If you've enjoyed my work and would like to buy me a coffee to support my creative efforts, you can do so through the link below. Your generosity is greatly appreciated! Buy Me a Coffee: https://www.buymeacoffee.com/ahmetutkuozkan

3D Printed Monitor Stand(XG27ACS)

Get ready for my new design.  The 3D Printed Cup Cradle is a versatile tool designed specifically for crafting tumblers. Made from silicone, it features a built-in slot that allows you to effortlessly apply vinyl decals onto the tumblers. The cup cradle serves as a sturdy stand and cup holder, ensuring stability during the crafting process. To protect the tumblers from scratches, the cup cradle is equipped with a felt edge. This innovative tool streamlines the application of decals on tumblers, making it easier and more precise for crafters.

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