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Tinkercad 3D Models

Find the best Tinkercad 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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smartphone 3d model: si tuvieses que crearme un diseño 3d sobre un celular en el que se aprecie una paginad web de un sitio web de salud mental, como me lo daría? teniendo en cuenta que es en el programa de Tinkercad, asi tambien me explicas paso a paso como se utiliza, azlo bien, en su totalidad, con formas, letras, o lo que sea, que lo lea tinkercad, ten en cuenta la paleta de colores, algo como beige, blanco, marron algo oscuro, verde, y así, colores que estarían en una pagina de salud mental, la maqueta 3d no la hagas tan trabajada, simplemente que cumpla lo que se pide, ten en cuenta que NO debe salir este ´´anucio´´ (azlo bien, en su totalidad, con formas, letras, o lo que sea, que lo lea tinkercad, ten en cuenta la paleta de colores, algo como beige, blanco, marron algo oscuro, verde, y así, colores que estarían en una pagina de salud mental, la maqueta 3d no la hagas tan trabajada, simplemente que cumpla lo que se pide).
Smartphone 3D Model
construction toy 3d model: > Diseño 3D ultra-detallado estilo Tinkercad/Tinkercast, construido totalmente con formas simples (cubos, cilindros, prismas), colores sólidos y geometría limpia, pero con un nivel de detalle mecánico adecuado para ensamblaje real. Dimensiones generales del robot: Largo total: 1200 mm Ancho total: 700 mm Altura total: 600 mm 1. CHASIS PRINCIPAL Base rectangular: 1200 mm × 700 mm × 80 mm (color azul claro). Material simulado: polipropileno o ABS (solo estilo). Añadir 6 refuerzos internos en forma de viga: cada uno 50 mm de grosor. 8 orificios para tornillos M6, distribuidos en las esquinas, para fijar la tapa superior. Bordes redondeados con radios grandes estilo Tinkercad. 2. SISTEMA DE ORUGAS Ruedas dentadas: 6 ruedas por lado (12 total). Diámetro 120 mm, grosor 30 mm. Eje central con tornillo M8. Orugas: Banda continua de 80 mm de ancho, 8 mm de grosor. Secciones representadas con cubos pequeños unidos. Montaje: 2 brazos de soporte por lado, grosor 20 mm, con agujeros M8 para ejes de rued
Construction Toy 3D Model
valve cover 3d model: model this smaller than 24mb optimized for tinkercad
Valve Cover 3D Model
pink knuckle duster 3d model: pink plastic knuckle duster with four finger holes
Pink Knuckle Duster 3D Model
robot plantador solar 3d: Te daré un esquema básico de cómo diseñar un robot solar plantador de árboles en Tinkercad: Base del robot: crea un rectángulo o base cuadrada con suficiente espacio para paneles solares encima. Paneles solares: agrega un rectángulo delgado y plano en la parte superior, representando los paneles para energía. Ruedas o cadenas: usa cilindros o formas de rueda para dar movilidad. Brazo plantador: crea un brazo articulado con piezas cilíndricas o rectangulares que simule cavar y plantar. Compartimento: añade un espacio para las semillas o pequeños árboles. Sensores: puedes colocar cubos pequeños que representen sensores para detectar terreno. Detalles: añade espacio para baterías o electrónica dentro de la base. Colorea las partes para distinguirlas. Ajusta las dimensiones para que todo encaje y funciona con una estructura estable.
Robot Plantador Solar 3d 3D Model
public information kiosk 3d model: Design Element,3D Modeling Tip for Tinkercad/SketchUp,Competition Requirement Solar Panel,"Model a thin, flat Rectangular Block on the roof to power internal lights and the fan.",,Cost-efficient Aesthetics,"Apply clean, bright colors (Blue/Green) and use the Text tool to include the message: ""Use Mobile Toilet, Keep the City Clean (মোবাইল টয়লেট ব্যবহার করুন, শহরকে পরিচ্ছন্ন রাখুন)"".",,Urban Beauty
Public Information Kiosk 3D Model
tin can 3d model: silver metal tin can with lid, cylindrical container with glossy surface and orange logo TINUSAGE.
Tin Can 3D Model
decorative tin can 3d model: tin can with travel-themed illustration and Dulce Manjar label on a decorative cylindrical package.
Decorative Tin Can 3D Model
space habitat 3d model: Transform my Tinkercad 3D design into a photorealistic representation of a functional space habitat. The output should generalize the 3D model into a realistic environment, showing the habitat within its intended space setting, while preserving modularity, structure, and NASA challenge–compliant features.
Space Habitat 3D Model
A squat, ribbed steel tin can with a matte white label bears a glitchy, pixelated face, corrupted and haunting. Around its top and bottom rims, the number “8910891089108910” repeats endlessly like a barcode. Entirely grayscale, it feels dystopian and institutional. This can is one of an endless stream, rolling silently down a bleak supermarket aisle lined with identical cans on cold industrial shelves under flickering fluorescent lights. Halfway through, the sterile aisle abruptly shifts into a brutal abattoir — stained concrete floors replace tile, rusted meat hooks hang from the ceiling, and bullet holes scar the walls. A cold mist seeps in, and the scene’s stark symmetry draws the eye from order into chaos. No people remain, only an endless procession of cans, symbols of mechanized consumption and decay in a surreal, hyperreal sci-fi world.
3D Model
A single upright dog food tin can, with a squat, industrial shape and ribbed steel sides, like a military ration. The can has a sealed flat metal top with no pull tab or beverage features. Its surface is wrapped in a matte white paper label, slightly frayed at the edges, with no branding or commercial design. At the center of the label is an obscured, abstract, glitchy pixelated face — blocky and degraded beyond recognition, as if corrupted by compression or machine error. The face appears more like a haunted digital artifact than a portrait. Around both the top and bottom of the can, the number 8910891089108910 repeats in black, wrapping around in a continuous barcode-like stream. The can is entirely grayscale, with no logos, color, or clean corporate markings. The object is isolated, with neutral lighting and no background. The can’s overall aesthetic is bleak, dystopian, dehumanised, and institutional, as if issued by an uncaring regime in a post-industrial world. It must not resemb
3D Model
metal desk accessory 3d model: 階段,重點任務,建議工具 設計,建立兩個 H 支架與一個帶卡榫的長板,Fusion 360 / Tinkercad 測試,先印一個小比例的卡榫接頭，確認鬆緊度,10分鐘快速測試印 列印,分開列印三個組件（支架 L、支架 R、牌面）,PLA / PETG 線材 組裝,若卡榫太緊可用砂紙稍微打磨，太鬆則加一點三秒膠固定,砂紙 / 膠水
Metal Desk Accessory 3D Model
engine valve cover 3d model: model this smaller than 24mb optimized for tinkercad
Engine Valve Cover 3D Model
steampunk dwarf 3d model: dwarven tinkerer miniature with steam-powered backpack, holding a wrench-staff, detailed apron and pouches, gray textured base
Steampunk Dwarf 3D Model
knuckle duster 3d model: silver metal knuckle duster with circular finger holes and attached caster wheels
Knuckle Duster 3D Model
gear with figure 3d model: a gear with 10mm pitch,and 23 teeth in .stl for tinkercad can you simplify so the inner surface is flatter? can it be simplified to 25 mb for tinkercad program
Gear With Figure 3D Model
gear 3d model: a gear with 10mm pitch,and 23 teeth in .stl for tinkercad can you simplify so the inner surface is flatter how long is this going to take?
Gear 3D Model
spinning top 3d model: Create a very simple spinning top (Beyblade style) made only of basic shapes, easy to recreate in Tinkercad. Specifications: - Total diameter: 50 mm - Main body: flat cylinder, 50 mm diameter, 8 mm height - Attack ring: simple tube, outer diameter 50 mm, inner diameter 40 mm, height 4 mm - Center cone: simple cone, 25 m
Spinning Top 3D Model