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Bandage 3D Models

Find the best Bandage 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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A single roll of white medical gauze bandage, realistic fabric texture, slightly frayed edges, cream-white rough cloth material, simple cylindrical shape, a small blue adhesive tape securing the end, minimalist medical supply, no glowing lights, no magic effects, clean 3D game asset style, isolated on a neutral grey background.
Anonymous1764991897
EL PELO ES NEGRO , LO DE ADENTRO ESTA BACIO , NADA DE CABEZA , SOLO EL PELO Y LA VENDA
Anonymous1770262584
Generate a design for a medical device bandage that replaces and works as a wound stitch
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Anonymous1769962724
Create a realistic 3D model of a circular flexible electronic substrate used in a smart medical bandage. The model should be a thin, coin-sized circular disc with smooth rounded edges. Material should resemble translucent amber polyimide (flexible PCB substrate). Include fine gold conductive traces embedded inside the substrate, arranged in curved and radial patterns. Traces should be thin, clean, and realistic, similar to flexible printed electronics. No bulky components such as large chips or antennas. Only minimal micro interconnect pads and fine routing lines. The surface should appear semi-transparent with slight gloss, showing embedded circuitry beneath. Thickness should be very thin (less than 1 mm). Design must look lightweight, flexible, and biomedical-grade. Output must be suitable for export as OBJ or GLB. Style: realistic engineering visualization, clean, research-grade. Background transparent. No text, no logos, no labels.Material properties: - Metallic: low - Roughness: medium - Transparen
Anonymous1769936917
Create a realistic 3D model of a circular flexible electronic substrate used in a smart medical bandage. The model should be a thin, coin-sized circular disc with smooth rounded edges. Material should resemble translucent amber polyimide (flexible PCB substrate). Include fine gold conductive traces embedded inside the substrate, arranged in curved and radial patterns. Traces should be thin, clean, and realistic, similar to flexible printed electronics. No bulky components such as large chips or antennas. Only minimal micro interconnect pads and fine routing lines. The surface should appear semi-transparent with slight gloss, showing embedded circuitry beneath. Thickness should be very thin (less than 1 mm). Design must look lightweight, flexible, and biomedical-grade. Output must be suitable for export as OBJ or GLB. Style: realistic engineering visualization, clean, research-grade. Background transparent. No text, no logos, no labels.Material properties: - Metallic: low - Roughness: medium - Transparen
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