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Prosthetic hand 3D Models

Find the best Prosthetic hand 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 3dmodel to this prosthetic hand from the brand ottobock with the same ratio and materials
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Férula ortopédica 3D funcional para radio y cúbito, tipo braquipalmar, diseñada para impresión 3D. Estructura rígida anatómica que cubre desde el tercio distal del brazo hasta la palma de la mano, dejando completamente libres los dedos. Diseño dividido en dos valvas (lateral y medial), con geometría ergonómica adaptada al antebrazo. Superficie con patrón perforado tipo panal para ventilación y reducción de peso. Bordes redondeados y suaves para contacto con la piel. Sistema de sujeción con correas ajustables de velcro integradas en el diseño. Incluye soporte palmar rígido en posición funcional de la muñeca (ligera extensión). Material plástico tipo PLA o PETG, acabado limpio, aspecto médico profesional. Render realista, fondo blanco, sin brazo humano, solo la férula, iluminación uniforme, alta resolución, enfoque técnico y funcional.
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Generate 3D-printable STL files for a simple tendon-driven prosthetic right hand with an extended forearm section for classroom demonstration. The device should include: a palm base, 5 tendon-driven fingers, an extended forearm tube, a wrist connector area, pulley channels, and a strap system. --- HAND & PALM --- • Palm base: rectangular/rounded plate sized for an adult hand (110 mm wide × 90 mm long × 12 mm thick). • Add shallow channels on top of the palm for 5 cable paths (4 fingers + thumb), each channel leading to a rounded cable guide or small pulley (8–12 mm diameter). • Add mounting holes on the rear edge of the palm for attaching the forearm tube. --- FINGERS --- • Create 5 fingers with three straight segments (proximal, middle, distal). Use adult-scale total finger lengths: - Thumb: 55 mm - Index: 75 mm - Middle: 80 mm - Ring: 75 mm - Little: 65 mm • Split each into 40% proximal, 30% middle, 30% distal (round to nearest mm). • Add aligned joint holes sized 3.4 mm diameter for standar
Anonymous1765414593
Generate 3D-printable STL files for a simple tendon-driven prosthetic right hand with an extended forearm section for classroom demonstration. The device should include: a palm base, 5 tendon-driven fingers, an extended forearm tube, a wrist connector area, pulley channels, and a strap system. • Palm base: rectangular/rounded plate sized for an adult hand (110 mm wide × 90 mm long × 12 mm thick). • Add shallow channels on top of the palm for 5 cable paths (4 fingers + thumb), each channel leading to a rounded cable guide or small pulley (8–12 mm diameter). • Add mounting holes on the rear edge of the palm for attaching the forearm tube. • Create 5 fingers with three straight segments (proximal, middle, distal). Use adult-scale total finger lengths: - Thumb: 55 mm - Index: 75 mm - Middle: 80 mm - Ring: 75 mm - Little: 65 mm • Split each into 40% proximal, 30% middle, 30% distal (round to nearest mm). • Add aligned joint holes sized 3.4 mm diameter for standard 3 mm pins or bo
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Anonymous1761396744
一个覆盖整个小臂包括手的装置 用于遮盖一些无法触碰到水的伤口 或类似于骨折的地方 手处体现出正常的手掌形态 建模不需要过度科技感 只需要正常的材质符合3d打印所能实现的材质即可 我也不需要装置表面有过多的花纹 所建模型将用于我的3d打印 我需要装置内部为中空 可穿戴 根据我的要求建模
Anonymous1765210641
Create a professional, engineering-grade 3D model of the “Symbiome Glove” — a wearable biomedical prototype glove intended as a competition-ready, serviceable, multi-part assembly. Work in millimetres (mm) and produce both printable meshes (STL/OBJ/GLB) and a CAD-editable STEP for rigid inserts. Output named parts and clearly separated subassemblies. Produce a watertight manifold mesh for printable parts and solids for the rigid inserts. Include high-resolution renders (front, back, palm close-up, exploded, cross-section) and an 8–12 second turntable MP4 animation showing assembled + exploded assembly. Follow the exact engineering brief below. General design goals Target: comfortable ergonomic fit for an average adult right hand (male/female adjustable) — palm width ~80–95 mm, palm length ~95–110 mm, finger lengths: index 75 mm, middle 85 mm, ring 80 mm, pinky 65 mm, thumb 60 mm (design parametric so scale can be adjusted). Two part system: FLEX_SKIN (outer flexible shell — TPU-like) and RIGID_INSERTS (PLA
Anonymous1764718033
Create a professional, engineering-grade 3D model of the “Symbiome Glove” — a wearable biomedical prototype glove intended as a competition-ready, serviceable, multi-part assembly. Work in millimetres (mm) and produce both printable meshes (STL/OBJ/GLB) and a CAD-editable STEP for rigid inserts. Output named parts and clearly separated subassemblies. Produce a watertight manifold mesh for printable parts and solids for the rigid inserts. Include high-resolution renders (front, back, palm close-up, exploded, cross-section) and an 8–12 second turntable MP4 animation showing assembled + exploded assembly. Follow the exact engineering brief below. General design goals Target: comfortable ergonomic fit for an average adult right hand (male/female adjustable) — palm width ~80–95 mm, palm length ~95–110 mm, finger lengths: index 75 mm, middle 85 mm, ring 80 mm, pinky 65 mm, thumb 60 mm (design parametric so scale can be adjusted). Two part system: FLEX_SKIN (outer flexible shell — TPU-like) and RIGID_INSERTS (PLA
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ventriloquist hands
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UNA MANO
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