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Exact shape 3D Models

Find the best Exact shape 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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mesh-suitableadjustable-bar-stoolchibi-creaturecristo
Convert this specific line art image into a 3D high-relief sculpture. The model must follow the EXACT shape and silhouette of the wings shown in the image. Do not add figures or characters not present in the original drawing. Intricate feather texture, symmetrical design. The wings must be embossed on a solid plaque with smooth, rounded contoured edges. Flat back for silicone molding. High resolution manifold mesh.
Anonymous1773239218
Use the uploaded silhouette image as the exact shape reference and boundary. Follow the silhouette outline precisely. Generate a low relief wall art panel: - Front view only, flat back face - Total size: 200mm x 200mm, depth: 8mm - Single connected solid piece, no floating parts LEFT SIDE — Cristo Redentor: - Follow silhouette shape exactly - Detailed face with serene expression, eyes, nose and mouth visible - Fabric robe with deep fold grooves, minimum 1mm wide, draped naturally - Arms extended following silhouette outline - Figure minimum 15mm wide at any point - Stone pedestal base with rock texture RIGHT SIDE — Pão de Açúcar: - Follow silhouette shape exactly - Rocky granite surface texture - Deep stone crack lines minimum 1mm wide - Smooth curved dome peak - Connected to Cristo base as one solid piece TECHNICAL RULES — NO EXCEPTIONS: ✗ No parts thinner than 2mm anywhere ✗ No floating or disconnected geometry ✗ No elements smaller than 5mm ✗ No overhangs that need sup
Anonymous1776736291
Create a precise, functional 3D model of a mechanical part with dark medieval armor style. CRITICAL: Maintain exact proportions. Do NOT redesign or deform. This must fit into another object. Dimensions: Height ≥ 4.2 cm Width ≈ 5.8 cm Depth ≈ 4.5 cm Shape: Rounded rectangular body (not spherical). Front: Centered rectangular cavity with rounded corners. Keep exact shape and proportions. Thick border around it. Sides: Cylindrical extensions on left and right, symmetric. Back: Curved surface with a circular hole (0.5 cm), slightly off-center. Constraints: Clean geometry, 3D printable, no extra elements affecting fit. Style: Dark medieval armor, subtle engravings only on surface. Do NOT modify structure. Goal: Functional part first, aesthetic second.
Anonymous1773870148
Create a high-quality 3D model based strictly on the uploaded image. - Accurately reconstruct the object from the image with correct proportions and geometry. - Preserve the exact shape, structure, and design (DO NOT redesign or stylize). - Convert the object into a clean, solid 3D form with realistic depth and volume. - Maintain all key details visible in the image. - Use physically accurate materials based on the image (wood, metal, glass, concrete, etc.). - Apply realistic textures with proper scale and mapping. - Ensure sharp edges where needed and smooth surfaces where appropriate. - Add subtle bevels for realism. - No background, no environment — isolate the object only. - Center the model, correct pivot, clean topology. - Optimize mesh for real-time use (no noise, no artifacts, clean geometry). Lighting: neutral studio lighting. Style: photorealistic, product-level quality. Output: clean, production-ready 3D model. Ensure architectural accuracy, straight lines, correct angles (90° where needed), an
Anonymous1774803338
Create a precise 3D model based on the provided transparent image. The object is a stylized, symmetrical logo made of smooth, flowing curved lines forming an abstract infinity-like shape. The geometry must strictly follow the exact silhouette of the image. Requirements: - Preserve exact shape and proportions - Smooth, continuous curves - Medium extrusion thickness (not flat, not bulky) - Rounded bevel edges - Material: polished chrome / reflective metal - Clean surface, no imperfections IMPORTANT: - No background, no environment, no floor - Transparent background only - The model must be isolated (object only) Technical: - Center pivot point - Facing forward (Z-axis) - Clean topology, optimized mesh - No extra geometry Output: - OBJ format
Anonymous1763822570
Pixar-style 3D character based on the uploaded image. Maintain exact shape: - rounded diamond (tilted square) - smooth soft edges - same proportions Character details: - big expressive eyes - friendly smile - short rounded arms - thick stable legs Front symbol: - white checkmark EXACTLY like image - embossed Style: - high quality Pixar render - clean smooth surfaces 3D print ready: - watertight mesh - no thin parts - minimum thickness 2mm - stable base Scale: 10cm height
Anonymous1773869538
Create a detailed, watertight 3D model based on the provided flower image. Preserve the exact shape, proportions, and silhouette of the flower. The model should be fully volumetric, not flat or billboard-like. Geometry requirements: – Clean topology suitable for further editing – Smooth organic surfaces – Accurate petal thickness with realistic curvature – Separate layered petals with depth – Closed mesh (watertight) – No holes, no non-manifold geometry Material and surface: – Neutral matte material (no baked lighting) – Subtle surface micro-details – No background, no ground plane – No environment elements Style: – Realistic sculptural form – High-resolution geometry – Suitable for rendering, sculpting, or 3D printing Output: – Centered at origin – Correct real-world scale
Anonymous1760301383
Create a 3D model that strictly preserves the exact shape, proportions, silhouette, and all original details of the input image. Preserve the exact eye shape, eye outline, and eye proportions exactly as in the image. Preserve exact eye outline geometry from image without any shape simplification. Do NOT simplify, round, replace, or convert the eyes into circles, spheres, or simplified shapes. The eye shape must remain identical to the original image. Convert only the black line areas (eye outlines and mouth line) into real recessed engraved geometry. Engraving depth 0.6 mm and width 0.5 mm. Engraving must be recessed inward only and must exactly follow the original black line shape. Do NOT raise the lines. Engraving must be real geometry, not texture, not bump map. Surface must be extremely smooth, clean, and polished. Remove all surface noise, bumps, roughness, and artifacts. Maintain original geometry fidelity and smooth continuous surface. Mesh must be watertight, manifold, and optimized for PLA FDM 3D
Anonymous1768449458
Convert this logo into a high-quality 3D logo. Maintain the exact shape, proportions, and identity of the original logo. Add realistic depth and thickness to the logo. Use clean, smooth edges with premium finishing. Apply soft studio lighting with subtle reflections. Material should look modern and professional (metallic / glossy / matte – based on logo style). Background should be plain dark or transparent to highlight the logo. Ultra-detailed, cinematic 3D render, sharp focus, professional branding look.Add soft shadows under the logo. Use cinematic lighting similar to luxury brand logos. Render in high resolution with realistic textures.
Anonymous1766730035
Create a high-quality 3D model of a handmade pendant based on the reference image. Preserve the exact shape, proportions, and design details of the pendant. watertight mesh, suitable for rendering and 3D printing. Neutral material, no textures baked. Centered object, no background, no floor. Realistic scale, smooth surfaces, sharp edges where needed.
Anonymous1737383512
Design a highly detailed architectural structure or object with surface features, recesses, corners, and edges specifically crafted so that NeoSander's eight sanding head shapes—Pointed Tip, Flat (Slim), Flat (Medium), Flat (Large), Half-Cylinder, Arc, Acute Angle, and Right Angle—can each reach and work effectively. Ensure the geometry, spacing, and proportions of every detail accommodate the exact shape and size of each sanding head, including narrow slots, flat surfaces, curves, acute and right angles. Emphasize realistic materials and textures, clear accessibility for sanding, and a coherent, visually interesting design that demonstrates functional compatibility with all eight sanding heads.
Anonymous1757734765
High-poly character platform based on the reference photo. Recreate the exact shape, proportions and silhouette from the image. Highly detailed surface with realistic geometry, no simplification. Clean topology is not required, focus on high resolution mesh. Sharp edges where visible, subtle imperfections and surface wear. Neutral lighting, no background, single object centered. No character, platform only.
Anonymous1759834381
Create a highly realistic 3D model based strictly on the provided reference image. Match the original subject as closely as possible with accurate real-world proportions and scale. Preserve exact shape, silhouette, facial structure, anatomy, and surface details from the image. If the subject is a human: - Maintain exact facial proportions, head shape, eye size and distance, nose shape, lips, jawline, and skin tone - Neutral facial expression - Realistic human anatomy - No beautification or modification Use realistic materials and textures that match the reference image. High-detail geometry with clean topology suitable for further editing in Blender. No added details beyond what exists in the reference image. No artistic interpretation. Style: photorealistic, realistic, real-world accuracy
Anonymous1769433705
Generate a high-quality 3D model from the provided image. Requirements: - Reconstruct the main object accurately based only on the visible image. - Preserve the exact shape, proportions, and surface details of the object. - Ignore background completely; focus only on the primary subject. - Generate a clean, watertight mesh suitable for real-time rendering. - Ensure smooth topology with evenly distributed polygons. - Avoid holes, broken geometry, floating artifacts, or unnecessary noise. - Do not hallucinate missing parts; infer conservatively and realistically. - Center the object at world origin and align it upright. - Normalize scale so the model fits within a standard unit cube. Output: - Export the final model in GLB or OBJ format. - Use neutral material with accurate geometry (no stylized textures). - Optimize for downstream use in Blender, WebGL, and game engines. Quality priority: Realistic geometry > clean topology > structural accuracy. Text to Model : Create a high-
Anonymous1750341304
Convert this flat geometric logo into a high-end 3D holographic logo while keeping the exact shape, layout, and structure unchanged. The logo consists of four sharp triangular shapes arranged symmetrically in a cross formation. Apply a glossy, glass-like, prismatic material with neon gradients (cyan, purple, pink, and orange). Add glowing edges, light reflections, and subtle lens flares for a futuristic look. Use dramatic studio lighting and a dark purple/black background. The logo should look premium, crystalline, and cinematic — similar to modern tech or Spotify-style 3D branding.
Anonymous1761701192
Convert the uploaded logo image into a high-quality 3D model. Do not change the logo design in any way — preserve the exact shape, proportions, colors, typography, alignment, spacing, and details as shown in the original image. Create a clean, professional 3D extrusion of the logo with accurate depth and smooth edges. Maintain sharp corners, precise curves, and original color values. Apply subtle realistic lighting and soft shadows only to enhance depth, without altering the logo appearance. Background should be transparent or neutral. Output should be suitable for branding, website hero sections, presentations, and animations.
Anonymous1768982008
Convert the uploaded PNConvert the uploaded PNG logo into a professional, high-quality 3D logo designed for a fintech application. Preserve the exact shape, proportions, and geometry of the original logo with precise edges and clean topology. Create a solid 3D extrusion with balanced thickness and subtle beveled edges to convey stability, trust, and modernity. Apply a smooth premium material using the original blue–teal gradient, with controlled glossy reflections (not overly shiny) for a refined fintech aesthetic. Use soft, neutral studio lighting and a dark background to enhance contrast and readability. The final 3D logo should feel secure, innovative, minimal, and suitable for app icons, splash screens, and marketing visuals. No distortion, no added elements, no stylistic exaggeration.G logo into a high-quality 3D logo model. Preserve the exact shape, proportions, and silhouette of the original logo with clean, sharp edges. Create a solid 3D extrusion with moderate thickness and smooth beveled edges for a
Anonymous1767643155
Create a high-quality 3D model based on the uploaded image. - Preserve the exact shape, proportions, and details of the object - Clean and accurate geometry - Smooth surfaces with proper edge definition - Neutral lighting, no dramatic shadows - Centered object, isolated from background - Realistic scale and correct depth - PBR-ready materials - Suitable for product rendering and web visualization Output format: FBX or OBJ
Anonymous1765940523
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