The Doom Slayer is a powerful being that has the abiltity to tear demons apart like TISSUE PAPER. He stopped multiple hell invasions, and even brought the demons to near extinction

Doom Slayer

This is for the MasterpieceVR “Imagine And Create A Sustainable Future” competition.
This biomechanical creature is a Zonnedrucker G9 of the early kingdom biotronican. Zonnedruckers are mammoth 3d printers mostly used for printing [energy farming units](https://skfb.ly/6yUUt). They are capable of printing 1 sq. km. of energy farming equipment a month. They can operate fully autonomously over long periods of time. They can source most materials for printing on site and are capable of elemental conversion if resources are limited. They can be powered by the energy farming units they produce after a month of operation, but a buffer of 200,000 megawatts is required for startup. Their printing heads are composed of primarily ultra high density biological muscle tissue which is self repairing and highly precise.
More about [Biotronicans](https://www.artstation.com/plasticarm/blog/1qRz/biotronicans) . All modeling done in MasterpieceVR and textured with 3D-Coat.

Zonnedrucker (Biotronican Solar Farm Printer)

Skull and neck of an adult green iguana (_Iguana iguana_, OUVC 10677), with annotations of some of the more obscure anatomical features. It was collected legally and euthanized humanely by Zoo Miami staff and provided to us for research and education. We scanned the head region on the OUµCT scanner in 2012 at a resolution of 90µm (0.090 mm). Scan data were imported into workstations running Avizo and digitally extracted the bones and soft tissues. The work on this project was done primarily by Alexandra Spaw, who at the time was an undergraduate student in Ohio University's Honors Tutorial College and now is a medical student at Ohio State University. Ryan Ridgely assembled these materials in Maya for upload here. For more 3D content on this specimen, check out the Visible Interactive Iguana site: http://bit.ly/1LzIU6x. There you’ll find 3D PDFs for download that provide comparable content to what’s here, but allowing the user more control. This model can be downloaded here as an STL.

Green Iguana skull - OUVC 10677

Skull of a young alligator (Alligator mississippiensis, OUVC 10389) with annotations of some of the blood vessels. It was legally provided to us by the Rockefeller Wildlife Refuge for research and education. We scanned the head region on the OUµCT scanner at a resolution of 90µm (0.090 mm). Scan data were imported into workstations running Avizo and digitally extracted the bones and soft tissues. This specimen was used by David Dufeau during his dissertation research and then was used by Ruger Porter during his dissertation research on dinosaur blood vessels and their role in thermal physiology. This specimen was part of the sample included in the PLOS ONE article by Dufeau and Witmer (http://bit.ly/2dWhTNZ) and a Journal of Anatomy article by Porter, Sedlmayr, & Witmer (http://bit.ly/2e0WqVg). The original CT scan data can be downloaded on Dryad (http://bit.ly/2ebdnZS), along with a 3D PDF that provides comparable content to what’s here but allows more control. The model can be downloaded  here as an FBX.

Alligator head vasculature - OUVC 10389

Extracted with Unity Asset Explorer

The Void Chelicerate is a subspecies of the striking red Chelicerate in other biomes of Sector Zero of 4546B. This subspecies has gotten much larger, more aggressive, and other changes. One of these changes is how the Void Chelicerate has these orange eyes and a pale white carapace, with patches of what seem to be scars, infected tissue, or something else of the sort. The mandibles are also more green than black, and the transparent fins are also light blue. They can be found in the Void that surrounds the entierity of Sector Zero, like the one at The Crater.

Asset made by UnknownWorlds devs of Subnautica Below Zero

Void Chelicerate

This hyper-realistic raw chicken prop model was created with **[Tripo AI] https://studio.tripo3d.ai**. It features a whole processed bird form with authentic tissue textures and realistic anatomical structure.

whole raw chicken 3d model

This hyper-realistic raw meat prop model was created with **[Tripo AI](https://studio.tripo3d.ai).** It features a bone-in meat cut with authentic tissue textures and realistic anatomical structure.

bone-in rib steak 3d model

his hyper-realistic raw meat prop model was created with** [Tripo AI] https://studio.tripo3d.ai**. It features a natural organic block form with authentic tissue textures and realistic material simulation.

beef steak 3d model

This hyper-realistic creative food prop model was created with [Tripo AI](https://studio.tripo3d.ai). It features a modified salmon steak with face-like appearance and authentic fish tissue textures.

salmon face sculpture 3d model

This hyper-realistic ground meat prop model was created with [Tripo AI](https://studio.tripo3d.ai). It features a densely packed ground meat mixture with authentic tissue textures and realistic organic forms.

ground meat mixture 3d model

This hyper-realistic raw meat prop model was created with** [Tripo AI] https://studio.tripo3d.ai**. It features a bone-in meat cut design with authentic tissue textures and realistic anatomical structure.

bone-in meat cut 3d model

This disease involves inflammation in the lung's interstitial tissue due to various causes, causing the interstitial walls to thicken and harden (fibrosis), which impairs oxygen uptake. Because the blood cannot absorb enough oxygen to match the increased blood flow during physical activity, the oxygen level in the blood (oxygen saturation: SpO₂) drops significantly, leading to severe shortness of breath.

Translated with DeepL.com (free version)

Medical gas professional  HOSHIIRYO-SANKI CO., LTD.
https://www.hosi.co.jp/

#在宅酸素療法
#Lung
#医療
#medical
#酸素濃縮器
#星医療酸器
#酸素
#災害
#肺
#携帯用酸素
#呼吸
#医療用ガス
#吸引設備
#真空
#災害対応
#日常点検
#保守
#medical
#マニュアル

Medical: Lung model Interstitial Pneumonia

This hyper-realistic raw meat prop model was created with [Tripo AI](https://studio.tripo3d.ai). It features a bone-in leg meat cut with authentic tissue textures and realistic anatomical structure.

bone-in leg meat 3d model

3D model of a human hand composed solely of bones, with no tissue or skin.

Bone Hand

The Heart is a muscular pump that circulates blood through the body, delivers oxygen and nutrients to 
tissues while removing carbon dioxide and metabolic waste. It maintains blood pressure and ensures 
continuous perfusion of organs essential for survival.

Heart2

Transposition of the great arteries (TGA) occurs when the two main arteries are blood vessels leaving the heart or reversed and there is a hole in the wall between the right and left ventricle called a ventricular septal defect (VSD). The pulmonary artery arises from the left ventricle (instead of the right), sending oxygen-rich blood back to the lungs. The aorta arises from the right ventricle (instead of the left), sending oxygen-poor blood back to the body. This misrouting stops oxygen from being delivered to the body’s tissues and organs and can be life-threatening. The VSD can allow the for the deoxygenated and oxygenated blood to mix. Babies can look blue, especially around the lips and nails. They can have a fast heart rate, fast breathing, and poor feeding.

Transposition of the Great Arteries with VSD

I've created a drawing of a paper towel box. I've added a pattern to the exterior design. This way, my paper towels will be protected from dust instead of being left out in the open. I can take a paper towel by pulling it from the opening at the top. The model originally named paper_towel_box is actually paper_towel_box v2. In v3, the model is extruded only in the clockwise direction. In v4, it is extruded in the counterclockwise direction. In v5, the model is presented as a simple vertical column without any directional extrusion. The lids of the Paper Towel Box and the Tissue Box are identical. They are compatible with each other. Tissue Box: https://www.thingiverse.com/thing:7054854 Closed cover is added. 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

Paper Towel Box

I've created a drawing of a tissue box. I've added a pattern to the exterior design. This way, my tissues will be protected from dust instead of being left out in the open. I can take a tissue by pulling it from the opening at the top. The lids of the Paper Towel Box and the Tissue Box are identical. They are compatible with each other. Paper Towel Box: https://www.thingiverse.com/thing:7051404 Closed cover is added. 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

Tissue Box

Simple 3D model for free use.

FBX

Once you open it in Blender, there is a logo in front. Sketchfab shows it all black.

An ultrasound probe (or transducer) is the essential component of an ultrasound machine. It emits high-frequency sound waves and receives their echoes to create real-time images of internal tissues. It uses piezoelectric crystals to convert electrical energy into mechanical energy and vice versa. Transducers come in various shapes and frequencies depending on the examination.

Convex Probe_DCM

3D model from a Maize plant in growth stage V11 with NDVI values visualized in coloring. Red is healthy plant tissue while yellow is more unhealthy and green is dead leaf tissue, soil or other artifacts.

The model is made with the scanner PlantEye. [PlantEye](https://phenospex.com/products/plant-phenotyping/planteye-f500-multispectral-3d-laser-scanner) is developed to measure plants in all lighting and environmental conditions. It scans in labs or entire fields and uses the 3D model to calculate plant parameters like height, growth, biomass.  It simultainiously scans the plant in RGB and near infrared wavelengths to measure plant coloring and plant health.

Maize | Stage V11 | NDVI plant health indicator

Researchers have announced the classification of a new arboreal dwelling organism, *Quercifolium domus sylvana*, commonly called the “Elf Treehouse.” First identified in 2025 during an ecological survey in the Cascadian temperate rainforest, the structure appears to be a living fusion of tree tissue and engineered architecture. Its curved roof plates are composed of a flexible cellulose‑rich sheath, while the interior cavity forms naturally.

Botanists believe the species coevolved with a diminutive forest‑dwelling humanoid population long dismissed as folklore. Evidence of intentional cultivation, vegetable rows, soil conditioning, and micro‑irrigation channels, suggests a long‑standing partnership between elves and the host organism.

The discovery challenges assumptions about plant intelligence and raises profound questions about interspecies engineering. If similar structures are found elsewhere, *Q. domus sylvana* could redefine our understanding of the hidden complexity of forest ecosystems.

Elf House - tree

Blood that has travelled through the body enters the right atrium via the superior and inferior caval vein. It then travels to the right ventricle, passing the tricuspid valve. It is then pumped into the pulmonary artery, towards the lungs. In the lungs, oxygen is bound to the blood; it becomes oxygen-rich. Subsequently, the oxygen-rich blood enters the left atrium. Passing the Mitral valve, the blood enters the left ventricle. The left ventricle pumps the blood into the aorta, upon which it travels to all the organs and tissues in the body, providing them from oxygen. Once it has done so, it travels back to the right atrium.

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