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Technical drawing 3D Models

Find the best Technical drawing 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 highly detailed engineering technical drawing of a 250 kW asynchronous electric motor (induction motor), industrial grade, three-phase, squirrel cage rotor design. The motor is shown in multiple views: front view, side view, cross-sectional view, and exploded view. Include precise mechanical components such as stator core with windings, rotor with aluminum bars, shaft, bearings, cooling fan, terminal box, and housing with cooling fins. The drawing must follow international engineering standards (ISO), with accurate dimensions, tolerances, and annotations. Include labeling of all key parts, section hatching, and dimension lines. Style: clean CAD blueprint, high precision, white or light background, thin technical lines, professional mechanical drafting style. Show realistic proportions for a 250 kW motor (large industrial size), include mounting base and bolt holes. Optional: add material specifications (steel, copper windings, aluminum rotor), and basic electrical parameters (vol
Anonymous1776307692
Generate a detailed and accurate 3D CAD model from the provided 2D technical drawing. Instructions: - Strictly follow all given dimensions, tolerances, and annotations - Reconstruct the part as a solid body (not a mesh if possible) - Preserve all mechanical features such as holes, slots, chamfers, fillets, and cutouts - Ensure symmetry and alignment based on the drawing views - Interpret multiple views (front, top, side) correctly - Maintain engineering accuracy suitable for manufacturing Constraints: - Do not approximate dimensions - Do not add artistic details - Avoid smoothing sharp mechanical edges unless specified Output format: - Prefer STEP or IGES format for CAD compatibility
Anonymous1775888668
"A precise, clean technical drawing blueprint on a light cream-colored paper background, detailing the hull lines and form of a Bieker Moth class hydrofoil sailboat hull. The image is a composite of three essential orthographic views and body sections, organized like a professional marine engineering plan. The overall title, 'BIEKER MOTH HULL LINES PLAN', is at the top center in a sharp sans-serif font. At the top left, a full side profile view (Vista Laterale) of the ultra-thin, high-performance hull is displayed. Key horizontal lines (WL 0, WL 100) and vertical stations (Sta 0 to Sta 10) are marked with fine grids. The image shows the integrated deck pods, mast step, and foil attachment points. Below this, perfectly aligned, is the top-down plan view (Vista Superiore), showing the hull's beam, the shape of the deck pods (pedane), and positions for rigging. At the right, a detailed 'Body Plan' or 'Body Sections' (Sezioni Corpo) panel is centered. This section displays overlapping tr
Anonymous1775756815
i want you to make 3D view of this sample Create a professional industrial fabrication engineering drawing sheet for a portable prefab site office / steel cabin enclosure, based strictly on the provided front view and top view layout. The drawing must look like a real shop fabrication / manufacturing / CAD technical blueprint and must be dimensionally consistent across all views. REQUIRED OUTPUT STYLE: Black and white technical engineering drawing Clean CAD linework Fabrication drafting style Mechanical / architectural shop drawing sheet Professional blueprint presentation No artistic rendering, no painterly effects, no soft concept art Highly precise, neat, orthographic and fabrication-oriented REQUIRED SHEET LAYOUT: Include all of the following on a single technical drawing sheet: FRONT ELEVATION PLAN VIEW (TOP DOWN) RIGHT SIDE ELEVATION ISOMETRIC 3D FABRICATION VIEW DETAIL CALLOUTS BILL OF MATERIALS (BOM) GENERAL NOTES TITLE BLOCK PROJECT TYPE: Portable Prefabricated Steel Office Cabin / Industrial Sit
Anonymous1768929358
Design and conceptualise ideas for a small studio apartment 40'x40' (height 10') for a chosen client STEP 1: Choose a client and make the following Client board Space requirement Program chart STEP 2: Choose a concept and make the following Concept sheet STEP 3 Design the space and support your design with the following Deliverables:- Plan (rendered drawing and technical drawing) Section (3) 3D views STEP 4: compile all the above as a single PDF portfolio with a cover page, table of contents and relevant sheets professionally formatted. Mail the same with the nomenclature B.Des_ IDS5.01009-ATKT_(Name)_Spring2025
Anonymous1773853085
Gemini şunu dedi: Strict 3D studio render composition against a neutral dark grey background, with two panels. The top panel presents the identical side profile of the olive green powerboat from the original technical drawing, featuring a light grey rub rail. Proportions are based strictly on the implied 1250mm length and 600mm height, which are accurately represented in the 3D model’s scale and geometry, with no displayed text. Critically, the transom area in this side view is designed to hold two identical, detailed white outboard motors (using the complex cowling shape Doubled and mounted symmetrically, with their profiles visible in this view). The bottom panel displays the identical top-down plan view. The specific geometries of the cockpit, central hatch, forward seating area, and stern motor well are reproduced with exact fidelity to the lower part of the technical drawing, but this view clearly shows the top cowlings of two identical, symmetrically mounted white outboard motors
Anonymous1774117087
A high-precision, flat technical drawing stencil for a Cartesian plane, designed as a 3D printable STL. The overall object is a square plate (approx. 120mm x 120mm x 1.5mm thick) with a completely flat bottom. It must feature two main, perpendicular axes (X and Y) centered on the plate. These axes are NOT drawn lines; they must be physically cut-through grooves (slots) that penetrate completely through the 1.5mm thickness of the plate, allowing a pencil point to pass through and touch the paper beneath. These slots must be exactly 1.2mm wide. Perpendicular to these main cut-through axes, there are smaller, secondary measuring notches. These notches must also be complete cut-through slots. Each notch is 1mm wide and 3mm long, cutting through the entire thickness of the plate. There are 20 notches along each positive axis, with a precise center-to-center distance of exactly 2.5mm (one quarter of a centimeter) between each notch. The design must be crisp, with sharp edges and absolute
Anonymous1773532060
Create a clean engineering blueprint image for a university furniture project. STYLE technical drawing, engineering blueprint, white background, black lines, dimension lines, professional technical drawing similar to AutoCAD. PROJECT University study table with matching stools. TABLE Round wooden tabletop made from a tree trunk. Diameter: 70 cm Thickness: 10 cm Total height: 75 cm. Structure: Three steel rod legs made from 1/2 inch diameter steel rods. The legs are arranged in a tripod configuration with 120 degrees between each leg. Each leg is tilted outward about 12 degrees for stability. Structural reinforcement: Three steel rods connect the legs forming a triangular brace located about 25 cm above the ground. STOOLS Round wooden seat. Diameter: 35 cm Wood thickness: 10 cm Seat height: 45 cm. Structure: Three steel rod legs made from 1/2 inch steel rods arranged 120 degrees apart. Backrest: Simple metal backrest made with steel rods. Two vertical steel rods extending upwa
Anonymous1772848286
A flat, rectangular strip technical drawing for a 52-size gold ring, with dimensions of 55mm in length (corresponding to the ring circumference) and 4mm in height (corresponding to the band width). The strip is filled with a symmetrical, horizontally repeating floral pattern: a large peony flower at the exact center, with a rose flower on each side, connected by delicate vines and leaves that extend to both ends of the strip. The patterns at both ends are designed to seamlessly connect when wrapped into a ring. The entire design is rendered as flat, black-and-white line art with no shading or relief, only clean, uniform incised lines on a pure white background. The lines are precise and clear, suitable for direct use as a 3D modeling texture map or for craftsmen's reference.
Anonymous1772553095
"Reference blueprint for sheet metal bracket. Generate a 2D technical drawing in orthographic projection (front, side, top views) of a simple L-shaped monitor bracket made from 3mm thick metal. Show the flat pattern development for each part with dashed lines indicating bend lines. The bracket consists of: 1) a VESA plate (100x100mm with 4 holes), 2) a base plate with slotted holes, 3) a connecting bracket with two 90-degree bends. Use monochrome blue lines on a white background, mimic a vector engineering drawing. Do not add dimensions."
Anonymous1770050190
Create a precise 3D model based on the attached technical drawing. Requirements: - Model must be a single solid object (manifold, watertight) - Use millimeters as units - Geometry must exactly match the drawing Dimensions: - Overall height: 15.8 mm - Overall width: 15.8 mm - Diagonal internal support length: 10.38 mm (measured along the diagonal as shown) - Wall thickness: keep constant and proportional to the drawing (do NOT guess random thickness) Profile details: - L-shaped profile with an internal diagonal rib - Small hook/groove features on the top left and bottom right edges as shown in the drawing - Edges should be sharp (no fillets unless explicitly shown) - No textures, no colors Output: - Export as STL - Model must be suitable for 3D printing - No extra features, no artistic interpretation
Anonymous1757770813
Create a precise 3D model based on the attached technical drawing. Requirements: - Model must be a single solid object (manifold, watertight) - Use millimeters as units - Geometry must exactly match the drawing Dimensions: - Overall height: 15.8 mm - Overall width: 15.8 mm - Diagonal internal support length: 10.38 mm (measured along the diagonal as shown) - Wall thickness: keep constant and proportional to the drawing (do NOT guess random thickness) Profile details: - L-shaped profile with an internal diagonal rib - Small hook/groove features on the top left and bottom right edges as shown in the drawing - Edges should be sharp (no fillets unless explicitly shown) - No textures, no colors Output: - Export as STL - Model must be suitable for 3D printing - No extra features, no artistic interpretation
Anonymous1757770813
Create a precise 3D CAD model from the given 2D technical drawing. The drawing shows two orthographic views (front view and top view) with dimensions. Follow all dimensions exactly as shown in the drawing. Maintain correct proportions, geometry, and symmetry. Assume sharp edges unless fillets or chamfers are specified. Extrude features according to the depth inferred from the views. Ensure the final model is solid, watertight, and suitable for manufacturing. Output the model in STEP/IGES/STL format with accurate scale (mm).
Anonymous1769174218
A minimalist industrial-style workspace in a dark monochrome studio environment. Main desk:
An L-shaped minimalist work desk made of matte black metal legs and a dark charcoal tabletop.
The desk has clean sharp edges, thin structure, modern industrial design. On the L-shaped desk surface:
– a modern minimalist desk lamp with a thin black metal arm and soft warm-white light, placed logically on one corner
– a cylindrical matte black pen holder with a few black pens
– a plain ceramic mug in matte off-white
– a single white A4 paper placed neatly, completely blank Technical drawing table (separate object):
Positioned next to the L-shaped desk but clearly separate and independent.
A professional technical drawing table with adjustable metal legs, matte black frame, and a slightly angled tabletop. On the technical drawing table:
– one completely blank white technical drawing paper
– two simple black technical pens placed parallel beside the paper Color palette:
black, dark gray, charcoal, off-white, subtle metalli
Anonymous1769119616
This picture shows 2 chairs. That is just an idea about how they look like. Would you help me to make a 2D technical drawing for 1 chair similar to that one with dimoensions please?
Anonymous1768826654
Convert the provided 2D AutoCAD factory plan into a 3D DIGITAL TWIN interior model with EXACT dimensional fidelity. The 2D image is a scaled technical drawing. Every line represents a wall, partition, or object footprint. Preserve ALL XY positions, distances, and proportions exactly. Do NOT merge geometry into a solid block. UNITS: - Use abstract units where 10 units = 1 meter - Preserve original XY scale 1:1 WALLS: - Extrude ONLY the 2D wall linework vertically - Wall height = EXACTLY 100 units - Preserve wall thickness and openings exactly as drawn - Walls must be independent vertical elements, not a closed solid NO ROOF / NO SOLID: - DO NOT generate roof, ceiling, slabs, or top faces - Building must be open at the top - Do NOT fill the interior volume COORDINATES: - Preserve original origin - Do NOT recenter, normalize, or align OUTPUT: - Interior-only building (walls visible from inside) - No people, environment, textures, or interpretation - Output format: GLB
Anonymous1767876942
Convert the provided 2D AutoCAD factory plan into a 3D model with EXACT dimensional fidelity. The 2D image represents a scaled technical drawing. All dimensions, proportions, distances, and relative positions MUST be preserved exactly. CRITICAL REQUIREMENTS: - Do NOT reinterpret, approximate, or “improve” geometry - Do NOT infer missing information - Do NOT adjust spacing, alignment, or scale - 1 unit in the 2D drawing must map exactly to the same unit in 3D GEOMETRY RULES: - Extrude all walls, columns, partitions, and structural elements directly from the 2D geometry - Preserve exact wall thickness, wall positions, and openings as shown - All machines, blocks, and objects shown in the 2D plan must appear in the SAME positions in 3D - No snapping, smoothing, rounding, or simplification is allowed SCALE & UNITS: - Use meters as the unit system - Maintain the original AutoCAD scale exactly - The 3D model must match the 2D plan 1:1 in XY dimensions HEIGHT RULES: - Wall height: use a uniform height unless ex
Anonymous1767876942
Top‑view 3D architectural visualization of an industrial plot plan measuring 172.5 m by 40 m, with clean white background. Show a long rectangular site boundary with dimensions labeled 172.5 m on the long side and 40 m on the short side. Inside the left side of the plot, create a large rectangular ‘Raw Material’ building about 16 m wide and 27.8 m deep, with an entrance, an office block and QC lab block at the bottom left. From the raw material area, draw a central 160.5 m long forming and processing line: 10 m forming line, then small oven, cooling, cream, back coater, cutter, and a long 90 m oven followed by 20 m cooling, all aligned in one straight line. At the far right end of the plot, add a store room block (20 m by 12 m) and next to it a dispatch block (15 m by 12 m), both near the bottom boundary. Indicate a 6 m wide space on the left side and a 27.8 m depth on the right side as text labels. Use thin black lines, simple typography, and a neat technical drawing style, matching a factory layout plan.”
Anonymous1766127400
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