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Welcome to embodi3D Downloads! This is the largest and fastest growing library of 3D printable anatomic models generated from real medical scans on the Internet. A unique scientific resource, most of the material is free. Registered members can download, upload, and sell models. To convert your own medical scans to a 3D model, take a look at democratiz3D, our free and automated conversion service.
Alert (6/17/22) - The democratiz3D scan-to-model conversion app is down due to a technical issue. We are working on a solution.
Extremity, Lower (Leg)
Lower extremity: thigh, leg, ankle, foot.
1,295 files
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$12.50
ct Bones of the Foot
By Vesalius_dc
The human foot is compose of 26 bones:
-7 Tarsal.
-5 Metatarsal.
-14 Phalanges.
A CT scan of a patient was used to create this 3d model. The 26 bones have been separated.
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- foot bones
- anatomy
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$5
Femur Fracture Reconstruction
By charteckMG
This model is a multifragmentary, displaced, comminuted fracture with a helical cut.
It was reconstructed from an anonymous tomography, the STL files of the reconstructed bone and its individual fragments are available.
Perfect for making 3D anatomy prints to demonstrate real fracture cases or finite element analysis.
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$25
3D Model of Feet
By micamaca
Introducing our incredible 3D Model of the Feet, designed for 3D modeling and printing enthusiasts. Dive into the fascinating world of feet anatomy and explore the intricate structures that make up this crucial part of our body. Our meticulously crafted model showcases the complexity and beauty of the feet, allowing you to study the bones, joints, ligaments, and muscles in remarkable detail. Whether you're a medical professional, student, or simply curious about the human body, our Feet 3D Model offers a hands-on learning experience like no other. Perfect for educational purposes, medical simulations, or artistic projects, this model will truly elevate your understanding and appreciation of the feet. Unlock the potential of 3D printing and modeling by adding this remarkable piece to your collection. Step into a world of discovery and make your 3D modeling and printing endeavors truly extraordinary.
Short YT video:
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Shyam Thakkar Foot model
This file is a 3D CT scan of my patient's foot on which i have to plan the surgery, i am an Orthopaedic surgeon based in Pune
25 downloads
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teste
teste
Femur, Patella, Medial femoral epicondyle, Lateral femoral epicondyle, Intercondylar fossa, Lateral femoral condyle, Medial femoral condyle, Lateral tubercle of the intercondylar eminence, Medial tubercle of the intercondylar eminence, Lateral tibial plateau, Medial tibial plateau, Tibial tuberosity, Fibular head, Fibular neck, Tibia, 3d, model, .stl, printable, lower, limb, bone,
8 downloads
- femur patella
- medial femoral epicondyle
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$15
3d model of knee (from a real patient)
By micamaca
This is a 3D model of knee (femur, tibia, femoral cart, tibial cartilage).
In addition to 3d models in .dae, .mtl, .obj, .ply, .stl files, original MR image as well as an annotation, obtained using 3D slicer, from which 3d models are extracted is provided.
The short YouTube video is available at:
71 downloads
- knee
- 3d model of knee
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MESETA TIBIAL
FRACTURA DE MESETA TIBIAL
Femur, Patella, Medial femoral epicondyle, Lateral femoral epicondyle, Intercondylar fossa, Lateral femoral condyle, Medial femoral condyle, Lateral tubercle of the intercondylar eminence,
Medial tubercle of the intercondylar eminence, Lateral tibial plateau, Medial tibial plateau, Tibial tuberosity, Fibular head, Fibular neck, Tibia, 3d, model, .stl, printable, lower, limb, bone, ct, scan, without, contrast,
20 downloads
- femur patella
- medial femoral epicondyle
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$5
tibia Tibia with bone marrow (Right), High Resolution
By Dr. Garcia
Este modelo de File
Bone de la tibia completa con médula ósea, tomado de una tomografía de alta resolución, de un hombre de 36 años y 167 cm de altura.
El modelo es a escala 1:1 en formato .STL y .MIX para una fácil impresión 3D, con gran detalle en la superficie.
La tibia mide aproximadamente 387 mm de largo.
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- tomography
- stl
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Ankle3
By ajt
Trying again to get an STL file of my ankle
3d, model, .stl, bone, foot, Distal phalanx, Middle phalanx, Proximal phalanx, Distal interphalangeal joint, Proximal interphalangeal joint, Metatarsophalangeal joint, Sesamoids, Metatarsals, Tarsometatarsal joint (Lisfranc’s joint), Medial cuneiform, Middle cuneiform, Lateral cuneiform, Intertarsal joint, Base of the fifth metatarsal, Navicular, Cuboid, Talocalcaneonavicular joint, Transverse tarsal joint (Chopart’s joint), calcaneus, navicular, and cuboid, printable, lower, limb, foot, fibula, tibia, ankle,
35 downloads
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$4
Tibia(Right), High Resolution
By Dr. Garcia
Bone model of the complete tibia taken from a high resolution tomography, of a man, 36 years old and 167cm tall.
The model is 1:1 scale in .STL and .MIX format for easy 3D printing, with high surface details.
The tibia is approximately 387mm long.
4 downloads
- tibia
- tomography
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File Reviews
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File Comments
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By Massimiliano Porzio · Posted
How to print lesions with different resin/material using the single stl file? -
Can someone confirm to me if the 3d brain vasculature model a .step file or stl file -
Included are: dae, fbx, glb, ply, stl files of each model. -
Bonjour, dans quel format sont vos fichiers 3D si je les achète ? Merci. -
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Recent Forum Posts
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Good morning, I bought an octopus v1.1 mainboard, I configure the marlin normally but the motor connected to input E0 does not work, the status of the motor and the cable are fine, I checked it by connecting to other inputs on the card but the extruder does not work,My petg 3d printer filament cannot come out of the nozzle either I have looked for different sources and no solution works, when connecting the motor it does not rotate, but it does not vibrate either, the current connection of the extruder is in motor 4. Could you help me? -
Choosing a 3D printer within your budget of 1000€ that can handle both small and large prints can be a bit challenging, If you frequently need to print items larger than 50cm x 50cm, a larger printer like the Creality CR-10 V3 or Artillery Sidewinder X1 would be more suitable.If you're willing to assemble larger items and value detail for smaller prints, a smaller but high-quality printer like the Prusa i3 MK3S+ could be a better choice.Remember to also factor in the cost of filament, especially if you plan on printing a lot, as this can add up over time. In addition, I would like to recommend PLA filament to you,PLA is an easy-to-print biodegradable material that is affordable, although it has lower strength and heat resistance. However, it remains a cost-effective choice for some medical modeling and non-implant medical product printing.
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The other day I took my daughter to have her teeth orthodontic, and I found that with the continuous progress of technology, 3D printing technology is more and more widely used in the medical field, especially in the dental field. So I conducted an in-depth study in this area. FDM (Fused Deposition Molding) 3D printing technology is changing the traditional dental treatment and manufacturing process with its efficient, precise and personalized characteristics. One of the applications of FDM 3D printing technology in dentistry is to make crowns and Bridges. The 3D printing filament used in different parts are also different, The traditional process of making the crown and bridge is complicated, which requires multiple molds and adjustments, which takes a long time. With FDM 3D printing, doctors can first digitally scan a patient's mouth and then use that data to quickly generate an accurate digital model. The 3D printer then stacks the material layer by layer to create a crown and bridge that perfectly matches the patient's mouth. This method not only improves the production accuracy, but also greatly reduces the treatment time. Another application is to create personalized dentures. The production of traditional dentures usually requires hand carving and multiple tries, which is a complicated and inefficient process. Using FDM 3D printing technology, doctors can design and print dentures that fully meet the requirements of patients according to their oral structure and needs. This personalized manufacturing not only improves the comfort of dentures, but also reduces the number of visits and enhances the overall patient experience. Applications of FDM 3D printer technology in dentistry also include the production of surgical guides and orthodontics. The surgical guide can help doctors accurately control the position and orientation of the implant during the implantation surgery, reduce the surgical risk and shorten the treatment time. Orthodontics can be customized according to each patient's tooth condition to achieve accurate correction. With the continuous development of materials science and 3D printing technology, the application of FDM 3D printing in dentistry will be more extensive. From personalized dental restorations to complex surgical guides, 3D printing technology is driving dental medicine to a more efficient, accurate and personalized direction. In the future, we can expect more innovative applications to bring better oral health and treatment experiences to patients.
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Today, with the increasing maturity of 3D printing technology, PLA filament is one of the most common printing materials, and its use and management are becoming more and more important. Among them, the rewinding process of bulk PLA filament is a link that cannot be ignored. First, the return shaft of the bulk PLA filament helps to save costs. For many 3D printing enthusiasts and professional users, the use of filament is large, and the remaining filament can be reused through the back shaft to avoid waste, thereby reducing printing costs. Secondly, the return axis of the filament can keep it clean and orderly. In the 3D printing process, the filament often becomes disorganized, which not only affects the beauty, but also may lead to printing failure. After the return axis, the filament is neatly arranged, easy to manage and use, and improves the efficiency and success rate of printing. In addition, the return axis of the filament helps to reduce environmental pollution. With the popularity of 3D printing technology, the disposal of waste filament has become an environmental problem that cannot be ignored. Through the return shaft, the service life of the filament can be extended, the generation of waste can be reduced, and the concept of environmental protection can be met. Finally, the return axis of the filament is also a protection for the properties of the material. In the process of returning the shaft, the damage or pollution of the filament can be found and treated in time to ensure that it can maintain a good printing effect in the next use. So the return shaft of bulk PLA filament is of great significance in saving cost, keeping clean, environmental protection and material protection, and is worthy of our attention and promotion.
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bulk filament is a key production material, and its regular inventory is of great significance. First of all, the inventory quantity and status of the filament can be accurately grasped through regular inventory, and the problem of excessive storage or shortage can be found and dealt with in time. This helps companies optimize inventory management to avoid affecting production schedules due to insufficient filaments or taking up too much capital due to excessive inventory. Secondly, regular inventory can ensure the quality of the filament. Through regular inspection, it can be found in time whether the filament is damaged, expired and other problems, so as to take corresponding measures, such as replacement or repair, to ensure that the production of the filament are in line with the standard, improve product quality. In addition, regular inventory also helps enterprises to control costs. Through accurate inventory management, enterprises can better predict the demand for filament, rationally arrange procurement plans, avoid paying excessive prices due to emergency procurement, and further reduce production costs. To sum up, the regular inventory of bulk filament plays a vital role in the production management, product quality and cost control of enterprises, and is an indispensable management link of enterprises.
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