Femur 3D Models

Find the best Femur 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Ultra-detailed 3D medical illustration of a popliteal artery pulse examination.

A realistic close-up clinical scene focusing on the posterior knee (popliteal fossa).
The patient is a young adult male with a slim build, seated or lying with the knee slightly flexed.
Blue athletic pants are rolled up to expose the knee and lower thigh.
The skin texture is realistic with natural hair distribution and accurate muscle contours.

The examiner’s hands are positioned correctly on the posterior aspect of the knee,
with fingers gently pressing deep into the popliteal fossa to palpate the popliteal artery.
Both thumbs are visible supporting the knee while the fingers assess arterial pulsation.

Medical focus:
semi-transparent skin layer revealing anatomical structures beneath,
clearly visible popliteal artery running deep within the popliteal fossa,
accurate surrounding anatomy including femur, tibia, popliteal vein, and muscles.

Subtle animated-style visual cues show rhythmic arterial pulsation,
represented with soft

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A human femur that's broken in two pieces

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A human femur that's crushed in two pieces

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GIOVANNI JARAMILLO I

Educational anatomy teaching model of the human knee. Skeletal components including femur and tibia, with fibrous ligament structures linking them.
Display mannequin style, laboratory prop.

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Realistic 3D medical model of a human knee joint. Show femur, tibia, patella, cartilage and meniscus. Highlight a torn anterior cruciate ligament (ACL) in the center of the knee. Show a small tear in the medial meniscus and bone bruise between femur and tibia. Highly detailed medical anatomy, realistic lighting, educational medical visualization.

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$"A high-tech medical bone-fixation graft for a fractured femur, featuring a split-design: one half is an organic Voronoi lattice for bone regrowth, and the other half is a smooth, solid housing with a precise internal rectangular cavity for an embedded micro-IoT sensor. The design includes micro-channels for sensor wiring, professional surgical-grade aesthetic, clean manifold geometry, biocompatible engineering prototype, 3D print ready STL."$

Anonymous1768409221

$Generate a highly detailed, anatomically precise 3D rendering of the right hind leg skeletal system of an adult German Shepherd dog, isolated on a clean white background, highlighting a mid-diaphyseal oblique fracture of the femur. Depict the fracture as a clean, displaced break in the central shaft of the femur (thigh bone), with the distal segment shifted caudoproximal due to gastrocnemius and hamstring muscle pull, showing jagged bone ends and subtle hematoma swelling. Include surrounding bones clearly: pelvis proximally, straight foreleg-like parallel femur with head, neck, greater trochanter; tibia, fibula, tarsus distally; realistic bone textures with cortical thickness, trabecular interiors visible at the break, soft shadows for depth, and red arrows labeling 'Femur Fracture Site' and muscle pull directions. Use a side profile (lateral view) pose in a scientific veterinary illustration style for educational use, high resolution.$

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