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Hospital 3D Models

Find the best Hospital 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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Create a simplified architectural 3D model of a hospital complex based on the provided reference images (aerial photo, floor plan, and elevation). Focus requirements: Maintain the overall building structure with correct proportions and block shapes. Include simple details such as windows, doors, roofs, sidewalks, and surrounding green areas. Add the sports court and park with basic trees and pathways. Simplify unnecessary elements (no cars, no people, no text labels). Deliver a clean architectural representation with flat surfaces, straight walls, and basic textures (concrete, glass, grass). Output requirements: Generate a full 3D volume suitable for conversion to STL/OBJ for FDM 3D printing. Ensure walls and blocks are solid, with correct thickness for printing. Keep bridges or connectors between blocks hollow if possible (for realism and reduced material use). Maintain scale consistency across all buildings and outdoor elements.
3dMimetics
Reconstruct a watertight 3D architectural model of the hospital complex based on the attached plan (PDF) and reference images. Output the model in STL or OBJ format optimized for FDM 3D printing. The final model must be split into 3 modular parts for easier printing and assembly, each with clean connectors or flat joining surfaces. Key requirements: - Maintain accurate proportions of the buildings, towers, pedestrian bridge, parking areas, and green zones. - Ensure realistic façade details: windows, roofs (green and flat), water tanks, and the pedestrian bridge. - Each part should fit together seamlessly once printed. - Optimize geometry for printing with Bambu Lab X1C: watertight mesh, no floating or hollow geometry, closed surfaces, clean topology. - Target final assembled size: 40–45 cm length. - Hollow the pedestrian bridge for realism. - Deliver 3 separate STL or OBJ files, one for each modular section, ready for slicing in Bambu Studio.
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Create a detailed architectural 3D model of a hospital complex based on the provided reference image. The model should be designed for 3D printing on a Bambu Lab X1C (maximum print size 25 cm), but the final scale must reach 40–45 cm in total. • The building must be split into 2 printable parts along a clean flat plane, ideally dividing the complex into two main blocks connected by the bridge. The split should ensure easy assembly after printing. • The bridge connecting the two buildings must be hollow inside, keeping walls and roof only, to achieve realism while saving material. • Maintain proportions, architectural details, windows, roof tanks, and HVAC units. • The two parts should have flat, precise joining surfaces. Optionally add cylindrical alignment pins and matching holes for easier assembly. • The model must be watertight, manifold, and optimized for 3D printing (no non-manifold edges). • Export in STL or 3MF format, aligned correctly for slicing.
3dMimetics
Create a detailed architectural 3D model of a hospital complex based on the provided reference image. The model should be designed for 3D printing on a Bambu Lab X1C (maximum print size 25 cm), but the final scale must reach 40–45 cm in total. • The building must be split into 2 printable parts along a clean flat plane, ideally dividing the complex into two main blocks connected by the bridge. The split should ensure easy assembly after printing. • The bridge connecting the two buildings must be hollow inside, keeping walls and roof only, to achieve realism while saving material. • Maintain proportions, architectural details, windows, roof tanks, and HVAC units. • The two parts should have flat, precise joining surfaces. Optionally add cylindrical alignment pins and matching holes for easier assembly. • The model must be watertight, manifold, and optimized for 3D printing (no non-manifold edges). • Export in STL or 3MF format, aligned correctly for slicing
3dMimetics
Create a detailed architectural 3D model of a hospital complex based on the provided reference image. The model should be designed for 3D printing on a Bambu Lab X1C (maximum print size 25 cm), but the final scale must reach 40–45 cm in total. • The building must be split into 2 printable parts along a clean flat plane, ideally dividing the complex into two main blocks connected by the bridge. The split should ensure easy assembly after printing. • The bridge connecting the two buildings must be hollow inside, keeping walls and roof only, to achieve realism while saving material. • Maintain proportions, architectural details, windows, roof tanks, and HVAC units. • The two parts should have flat, precise joining surfaces. Optionally add cylindrical alignment pins and matching holes for easier assembly. • The model must be watertight, manifold, and optimized for 3D printing (no non-manifold edges). • Export in STL or 3MF format, aligned correctly for slicing.
3dMimetics
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