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Bionic 3D Models

Find the best Bionic 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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Anonymous1772734240
"Generate an ultra-realistic 4K 3D model of a next-gen bionic eye with neuromorphic vision processing. Feature a graphene-based 3D retinal array (10M+ nanowires) capturing 120° FOV at 4K/60fps, integrated with an event-driven CMOS camera and ARM Cortex-M7 processor for spike-timing-dependent plasticity (STDP) learning. Include 256-channel flexible microelectrode array with iridium oxide tips for high-fidelity optic nerve stimulation (2.4GHz wireless telemetry), piezoelectric power harvesting, AI edge tensor cores for real-time SLAM/OCR, adaptive iris diaphragm, servo-actuated 6-DOF eye tracking, and bio-mimetic silicone sclera with vascular microfluidics. Apply PBR materials, subsurface scattering, volumetric god rays, and animated neural firings. Include exploded assembly, cross-sections, and AR viewport."
Anonymous1775576568
Design a construction worker exoskeleton shell for a compact bipedal humanoid robot with the following base form: it stands 1.3 meters (4'3") tall, has a slender human-like torso, two articulated arms with five-fingered hands, two legs with a distinctive bionic ankle joint, a rounded head with a flat front face panel, and a generally smooth flexible outer body. The shell should cover this base form with heavy-duty construction site armor: a bright safety-yellow and charcoal grey color scheme, reinforced chest plate with a tool-mount rail across the front, chunky angular shoulder guards styled like padded safety epaulettes, thick forearm guards with ventilation slots, reinforced knee pads with rubber bump protection, and a helmet-style hard hat integrated into the head unit with a flip-down transparent visor. Add subtle details like a reflective hi-vis stripe across the chest, a small AgiBot logo plate on the left chest, and scuff marks or texture on the shins and forearms to suggest field use. The overall aes
filaminder
светящийся биомеханический корень с извивающимися щупальцами, пульсирующий неоновыми венами и парящими кристаллами вокруг спины Сделай популярный предмет на спину для роблокса то есть в виде brainroot или как там
Anonymous1774827493
3D render of a futuristic bionic hand palm. The palm is designed with a low profile for microsurgery precision. The main actuator motor and 4 locking solenoids are positioned in a dedicated module proximal to the wrist joint, leaving the palm interior open for flexible grasping. Visible tendon lines and thin push-rods extend from the lower wrist module into the 4 main finger knuckles to engage the solenoid-controlled locking pins. The thumb is independent and agile. The battery is tucked under the motor housing with magnetic shielding layers. Realistic textures of brushed metal and medical-grade white polymer. Neutral background, hyper-detailed mechanical parts, 8k.
Anonymous1774611812
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Anonymous1774522741
Bionic Hand Grip Arm Wrestling Strength Training Brace
Anonymous1773563184
单腿示意，医疗康复级柔性分束渐变仿生膝盖康复产品，明确医疗康复产品属性，不卡通化、不家居化过度，主打科技新颖+人文亲和，整体为低饱和蓝白灰冷调，全程哑光质感，单腿外侧贴合摆放，360°可清晰观察所有结构，高清3D写实建模，细节拉满，精准还原产品核心形态。产品核心为圆形角度调节卡盘（淡蓝色，直径约3cm，表面有0°–150°清晰刻度，刻度采用隐形淡蓝印刷，不突兀，卡盘外侧做哑光封边处理，边缘圆润无棱角，内置角度锁定结构，阻尼适中，操作便捷）。4根淡蓝色分支辅助支撑条从卡盘向上下两侧对称延伸，紧密攀附在大腿外侧与小腿外侧，呈自然贴合腿部轮廓的舒展状，对称分布（卡盘上方2根平行延伸至大腿外侧中上部，卡盘下方2根平行延伸至小腿外侧中下部），分支辅助支撑条采用渐变纤细设计，根部（与卡盘衔接处）粗5cm，向末端逐渐收窄至2cm，线条流畅柔和，无任何生硬转折，完美贴合腿部曲线。分支辅助支撑条采用医用级柔性纤维+轻薄硬质支撑组合材质，触感柔和，韧性十足，可随膝盖屈伸自适应形变，不卡顿、不僵硬，紧密贴合腿部曲线但不接触人体肌肤，确保非接触设计贯穿全程。每条分支辅助支撑条末端均内置微型柔性限位块（淡蓝色，直径约3cm，圆润无棱角），不接触肌肤，仅作为固定辅助结构；大腿外侧、小腿外侧的分支辅助支撑条根部，各固定1个3cm厚度圆形IUM传感器凸起（浅灰色主体，边缘淡蓝细描边，表面哑光磨砂，无外露接口），传感器与分支辅助支撑条无缝嵌入，精准对准膝关节上下监测点位，用于采集屈伸角度与受力数据，传感器形态与安装位置完全贴合方案要求。4根分支辅助支撑条末端共同连接1条浅灰色环形收束带（宽度1cm，哑光质感，医用级柔性材质），收束带采用隐形卡扣调节松紧，无多余绑带设计，不破坏分支辅助支撑条的整体形态，同时辅助分支稳固攀附腿部。材质细节精准还原：分支辅助支撑条柔性纤维触感细腻，轻薄硬质支撑隐藏于内部，不影响外观与柔韧性；卡盘采用轻量化医用塑料，质地轻盈且坚固；传感器为哑光磨砂质感，无反光；收束带柔软亲肤，可自由调节松紧。整体结构清晰可见，柔性分束渐变的仿生形态突出，无机械生硬感，科技感藏于细节之中，背景为简约居家场景（浅灰色墙面，无多余装饰），柔和漫射光照射，凸显产品的哑光质感与结构细节，严格区别于传统护具、外骨骼的外形设计，既凸显产品的仿生创新与医疗专业性，又兼顾居家简约的柔和质感。
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Anonymous1746178442
1. 整体：仿生人头骨造型，冷灰蓝色纳米金属材质，表面混合光滑金属与颗粒纹理 2. 颅顶：带纵向拼接脊线，圆润椭圆轮廓 3. 眼部：深邃镂空眼窝，内置冷白发光传感器，硬朗金属眉骨 4. 口鼻：镂空金属鼻梁，无软组织，金属咬合式唇板，尖锐分层下巴 5. 脸颊：布满蜂窝镂空散热格栅，硬朗颧骨与下颌线条
Anonymous1753892239
Anonymous1763444104
6+2足仿生蜘蛛机器人，6足用于移动，2足用于操作执行器件，带有多个末端执行头，为深井采矿机器人，单体直径约55厘米、干自重约40千克，载重约36千克，配备可更换末端的液压关节腿与集成三维激光雷达等感知设备的球型光电传感舱，搭载基于Ascend计算框架的边缘决策单元，写实工业风格
Anonymous1774245835
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