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Microstructure 3D Models

Find the best Microstructure 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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micropipettemicro surfacemicrometermulti piecemicro cracksmodular shelvinglattice cutlattice patterntrabecular boneadjustable
mechanical cube 3d model: Суть проекта (подробно) Проект представляет собой модульную механическую конструкцию, собранную по принципу конструктора. Это означает, что вся система состоит из ограниченного набора одинаковых деталей, которые можно многократно использовать и по-разному комбинировать. Основой конструкции является универсальная металлическая рама, выполняющая несущую функцию. На эту раму устанавливаются различные механические модули, которые крепятся с помощью стандартных соединительных узлов. Рама задаёт форму, размеры и жёсткость всей конструкции, а модули определяют конфигурацию и назначение системы. Идея проекта (подробно) Основная идея проекта заключается в том, что одна и та же механическая система может выполнять разные задачи, не требуя полной переработки конструкции. Вместо создания новой установки для каждой задачи предлагается: использовать одну базовую раму; менять расположение и количество модулей; перестраивать систему за счёт перестановки элементов. Таким образом, изменение назначения конструкции прои
Mechanical Cube 3D Model
micropipette set 3d model: micropipette set on a stand with multiple white and blue plunger bodies and metal tips
Micropipette Set 3D Model
circuit board microchip 3d model: robotic microchip with articulated arm, circuit-board top, black enclosure, metallic joints
Circuit Board Microchip 3D Model
metal frame cube 3d model: 制作一盒子，各面由立柱、横梁围成长方形并内嵌5mm厚透明耐力板构成。立柱、横梁使用3030欧标铝型材，立柱两端攻丝，横梁侧边打通孔，M8螺栓穿过横梁通孔拧入立柱丝孔连接。 立柱：14根2米高立柱依次标为A1、A2……A14；4根1.8米高立柱标为A15、A16、A17、A18。 横梁：4根3米长横梁标为B1、B2、B3、B4；2根3米长横梁标为C1、C2；2根2米长横梁标为D1、D2；8根1米长横梁依次标为E1、E2……E8；4根0.8米长横梁标为E9、E10、E11、E12。 耐力板：1块长2.932米、宽2.012米，标为X0；2块长2.012米、宽2.012米，标为Y1、Y2；4块长0.932米、宽2.012米，标为Y3、Y4、Y5、Y6；2块长0.812米、宽1.812米，标为Y7、Y8。 A15、A16、E9、E10围合，嵌入Y7形成S1；A17、A18、E11、E12围合，嵌入Y8形成S2。 A1、A2、B1、B2围合，A13在A1、A2之间，A13、A2之间嵌入Y1，A1、A13之间嵌入S1。 A7、A8、B3、B4围合，A14在A7、A8之间，A14、A8之间嵌入Y2，A7、A14之间嵌入S2。 C1、C2、D1、D2围合，嵌入X0。 A3、A4、E1、E2围合，嵌入Y3。 A5、A6、E3、E4围合，嵌入Y4。 A9、A10、E5、E6围合，嵌入Y5。 A11、A12、E7、E8围合，嵌入Y6。 A1与A12、A2与A3、A6与A7、A8与A9通过可翻转90度铰链相连。 A4与A5、A10与A11、A16与A13、A18与A14通过可翻转180度铰链相连。 C2与B3通过可翻转270度铰链相连。 C1与B1、A15与A1、A17与A7对齐，通过插销连接。
Metal Frame Cube 3D Model
microscopic structure 3d model: 【主体形态】无规则蠕虫状聚集体，长 200-500μm、直径 50-100μm，边缘锯齿状（微胞堆叠） 【中观结构】微胞单元（10-50μm 短圆柱团簇）串珠状分布；微胞表面为柳叶形波浪卷曲薄片，交错嵌合成半开放腔室 【微观细节】薄片呈 30-80nm 厚的褶皱纸片状（不规则多边形 / 卷曲碎片），表面带细密褶皱 + 1-5μm 多边形微孔，局部卷曲成囊状空腔 【质感】粗糙多孔 + 层状堆叠纹理，哑光半哑光材质，低密度蓬松感
Microscopic Structure 3D Model
trabecular bone 3d model: 生成一张纳米纤维膜的微观形貌
Trabecular Bone 3D Model
circuit microchip 3d model: на картинке изображен трафарет микросхемы ,необходимо сделать такую же 3д модель
Circuit Microchip 3D Model
microspheres peening machine 3d model: Transform this flat 2D illustration into a detailed, three-dimensional style image
Microspheres Peening Machine 3D Model
crystal grain 3d model: crystal grain microstructure with white crystalline clusters on dark matrix, grayscale.
Crystal Grain 3D Model
trabecular bone 3d model: 图示是纤维结构，表面孔洞在内部联通贯穿纤维本身，内部分布如血管或树枝。
Trabecular Bone 3D Model
gold bristle cube 3d model: 生成微针贴片，微针贴片是一个由众多微针组成的阵列。这个阵列是一个 15×15 的正方形矩阵，总共包含225根微针。每一根微针的形状是 金字塔形（pyramid-shaped）‍，其关键尺寸如下： 高度：约 500 μm（0.5毫米）。 底部边长：约 200 μm。 针尖间距：约 450 μm 至 500 μm。 针尖直径：非常尖锐，直径约为 10-15 μm，可按照相对比例大小生成对象模型
Gold Bristle Cube 3D Model
机械部件 3d模型: 根据这个图画出它的三维建模零件图，以solidworks软件可以打开的格式输出
机械部件 3d模型 3D Model
peça plástica 3d: mini 17mm de cumprimento e 6mm de altura 4mm largura
Peça Plástica 3d 3D Model
bone lattice 3d model: a volumetric architectural section grown from the inner logic of bone microstructure. every cavity, void, and passage follows a rational pattern of branching and load distribution, forming a readable spatial field. there are no straight lines or conventional rooms; each enclosure is defined by tension and curvature, with varying heights and depths. the space feels inhabitable yet abstract, a fragment that suggests a larger continuous organism. the structure reveals itself through gradients of density: thickened nodes where loads meet, thinner membranes where light filters through. the overall geometry feels designed yet inevitable, as if grown from structural intelligence. material is smooth matte resin, almost translucent, with soft daylight entering through porous openings. viewed from diagonal and section perspectives, the fragment reads as a sculptural yet architectural entity, showing interior logic, depth, and inhabitable potential — no people, no surrounding, just the structure
Bone Lattice 3D Model
bone-inspired lattice 3d model: a volumetric architectural section grown from the inner logic of bone microstructure. every cavity, void, and passage follows a rational pattern of branching and load distribution, forming a readable spatial field. there are no straight lines or conventional rooms; each enclosure is defined by tension and curvature, with varying heights and depths. the space feels inhabitable yet abstract, a fragment that suggests a larger continuous organism. the structure reveals itself through gradients of density: thickened nodes where loads meet, thinner membranes where light filters through. the overall geometry feels designed yet inevitable, as if grown from structural intelligence. material is smooth matte resin, almost translucent, with soft daylight entering through porous openings. viewed from diagonal and section perspectives, the fragment reads as a sculptural yet architectural entity, showing interior logic, depth, and inhabitable potential — no people, no surrounding, just the structure
Bone-inspired Lattice 3D Model
bone lattice 3d model: a volumetric architectural section grown from the inner logic of bone microstructure. every cavity, void, and passage follows a rational pattern of branching and load distribution, forming a readable spatial field. there are no straight lines or conventional rooms; each enclosure is defined by tension and curvature, with varying heights and depths. the space feels inhabitable yet abstract, a fragment that suggests a larger continuous organism. the structure reveals itself through gradients of density: thickened nodes where loads meet, thinner membranes where light filters through. the overall geometry feels designed yet inevitable, as if grown from structural intelligence. material is smooth matte resin, almost translucent, with soft daylight entering through porous openings. viewed from diagonal and section perspectives, the fragment reads as a sculptural yet architectural entity, showing interior logic, depth, and inhabitable potential — no people, no surrounding, just the structure
Bone Lattice 3D Model
拓扑优化 3d 模型: 生成一个这个模型，要求展现拓扑优化结构，零件高15cm，宽长13cm
拓扑优化 3d 模型 3D Model