?

Lumbar 3D Models

Find the best Lumbar 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.

You May Also Like :
intervertebralspinalvertebravertebrae
Anonymous1778720989
create an anatomical Lumbar and sacrum spine from L1 level to sacrum, exclude pelvis in white color with intervertebral disc in light blue color model. Also create the spinal canal and foramen with nerve roots in yellow color exiting each foramen both side in each levels. At the L4-L5 levels please make it spondylolisthesis L4 over L5 Myerding grade 2 with intervertebral disc at L4-5 levels mild posterior protrude create bilateral foraminal stenosis at L4-5 level, impending to compress exiting nerve roots in L4-5 level
Anonymous1778676156
dame la imagen de una faja donde esta tenga 3 funciones donde. dectecta una mala postura y esta emite una vibración, tambien emite calor de forma homogenea y tambien da masajes en la son lumbar. esta debe ser acolor para se visualize de forma lo más realita posible
Anonymous1777080862
Photorealistic 3D model of a modern orthopedic lumbar support back brace, medical-grade waist belt for lower back pain relief, BHOP brand. Wraparound corset-style waist belt, fully fastened in closed cylindrical configuration, no human body inside, standalone product on neutral background. CONSTRUCTION: - Outer shell: light gray breathable knitted mesh fabric with hexagonal perforation pattern on side panels for ventilation - Central back panel: large molded soft silicone/TPU plate in matte light gray, ergonomically curved to fit lumbar spine, featuring a vertical rib pattern with two prominent reinforcement spines running parallel down the center, surrounded by oval rubber pads - 8 internal support stays visible as raised contours: 4 curved steel ribs, 2 soft spring stays, 2 PVC resin stays - Crisscross elastic strap system: two pairs of woven elastic straps in light gray, wrapping around the waist in an X-configuration, threaded through plastic guide loops on
Anonymous1777870141
A high-resolution product photograph of a unique desk pen holder. The object is a sculpted, stylized representation of five lumbar vertebrae (L1-L5), precisely carved from polished white Carrara marble with minimal grey veining. The geometry is clean and stable. The natural spaces between the 'vertebrae' are designed to hold pens, presenting five elegant, minimalist fountain pens. The structure is squat, compact, and stable, resting on a white gallery plinth. Pure, bright, even studio lighting. The aesthetic is clean, medical-grade luxury, and classic. Background is pure white bokeh."
Anonymous1760511345
A close-up photograph of a luxury, artisanal pen holder. The design is a highly stylized, art-deco interpretation of the human lumbar spine. It is made of solid, polished bronze with a subtle verdigris patina, mounted on a base of obsidian stone. The spinal curves are geometric and smooth, creating large, clean cavities. It comfortably holds two high-end gold-nib pens and a pair of professional scissors. The scale is intimate and compact, sitting prominently on a mahogany desk. Natural daylight photography. Cinematic depth of field. Clean lines, historical elegance."
Anonymous1760511345
A realistic photograph of a sophisticated pen and scissors holder designed for a chiropractor's executive desk. The holder is a stylized lumbar spinal stack. The vertebral bodies are sculpted from matte, ivory-white ceramic. The intervertebral discs are represented by thick, polished copper discs. This entire spine unit is mounted onto a heavy, rectangular block of dark walnut wood that acts as the base. The base is wide (3.5") and the length of the spine stack is compact (4.1"). The design is classic yet distinct. Soft, warm ambient desk lamp lighting. Background is a blurred leather desk blotter and vintage books." Make it so it can hold up to 12 pens at one time. Please leave empty space and don't add any pen to the 3d image.
Anonymous1760511345
Anonymous1777141209
Anonymous1748863390
Anonymous1776766650
A single hollow spinal vertebrae segment for 3D printing. Hollow cylindrical core with inner diameter of 14mm. One end has an external (male) threaded boss, opposite end has an internal (female) threaded socket, coarse thread pitch M30, so segments screw together in a chain. The outer surface is anatomically styled as a human lumbar vertebrae with transverse processes (side wings), a spinous process (rear fin/ridge), and organic bone-like surface texture. Overall outer diameter approximately 50-60mm. Segment is 4 inches (100mm) tall. Designed to repeat in a chain of 10 identical segments. Symmetric left-to-right. 3D printable, no overhangs greater than 45 degrees on the core tube. Hard surface, manufacturable.
Anonymous1776027866
Anonymous1775971428
Anonymous1770616957
Anonymous1774017117
Anonymous1773414070
Anonymous1773847216
Photorealistic product design render of a foldable lumbar support cushion for elderly metro passengers. The product consists of two separate rigid components connected by a hinge system along one edge, functioning like a laptop opening at exactly 103 degrees. ─── COMPONENT 1 — SEAT CUSHION (bottom part) ─────────────────────── Rectangular pad, 37 cm long × 38 cm wide × 13 cm thick. Visible layered cross-section on one cut edge showing: - Bottom: thin dark rubber anti-slip layer (3 mm) - Next: hard structural ABS base plate (3 mm, dark navy) - Middle: firm dense foam layer (2 cm, light beige) - Center: a rounded rubber air bladder resembling a flat hot water bottle, slightly translucent amber color (6 cm thick), embedded flush inside the foam - Top: thin soft comfort foam layer (1 cm, cream white) - Outer surface: matte woven fabric in warm ash gray Two small brushed aluminum tubes visible on the inner spine edge of the seat cushion, protruding slightly — these are the hinge axis mounting points,
Anonymous1769324242
Anonymous1773077115
Enter invite code to get credits!