**All in One Map 4k**
The nice original CAD Model is from **Nibesh kumar modak**:
https://grabcad.com/library/wheel-chair-14

Wheel Chair

Fiat 500

3D modelis sukurtas taikant CAD modeliavimo metodą, pritaikant mastelį ir užtikrinant tinkamumą 3D spausdinimui arba kitai adityviai gamybai. Modeliavimas ir geometrijos korekcija atlikti naudojant „Autodesk Revit“ ir „Undet“, o galutinė modelio patikra bei parengimas spausdinimui įgyvendinti programine įranga „Autodesk Netfabb“. Atliktas geometrijos tikslinimas ir topologijos optimizavimas, siekiant užtikrinti modelio vientisumą ir techninį tinkamumą. Modelis eksportuotas STL formatu, detalumo lygis – LOD200, mastelis 1:500, naudojama lokali koordinačių sistema (LOCAL_CS).

SVARBU: Šis turinys sukurtas iš pirminių (RAW) duomenų gautų įgyvendinant objektų 3D skaitmeninimą projekto „eKultūros platforma“ metu. Norėdami tyrimų, paveldosaugos ir kitais tikslais pasinaudoti objekto RAW duomenimis prašome pateikti prašymą panaudoti kultūros objektą ir pasirinkti tikslą “RAW duomenų panaudojimas”.
Skaitmeninimas buvo įgyvendintas 2025-2026 m. skenuojant objektų vidų ir išorę.

Palangos dvaro sodybos rūmų 3D modelis (STL)

This model represents a hinge mounting bracket designed for mechanical assemblies. The component features a rectangular base plate with mounting holes and a cylindrical pivot support used for connecting rotating or hinged parts.

The curved reinforcement between the base and the pivot housing improves structural strength while maintaining a compact design. The part demonstrates common CAD modeling techniques such as extrusion, filleting, hole features, and cylindrical geometry creation.

This model was created as part of a mechanical CAD practice series to improve skills in parametric modeling and mechanical component design.

Hinge Mounting Bracket with Cylindrical Pivot

This 3D model represents a ball bearing assembly, a fundamental mechanical component widely used in machines to reduce friction between rotating parts. The model includes the inner race, outer race, and rolling balls arranged in a circular pattern to allow smooth rotational motion.

Ball bearings are commonly used in mechanical systems such as motors, gearboxes, automotive components, and industrial machinery. This model demonstrates basic mechanical assembly design and CAD modeling techniques.

Ball Bearing

This 3D mechanical component was designed using parametric CAD modeling.
The model represents a mounting bracket that includes a cylindrical support, side mounting hole, and a threaded hole on the base for fastening.

A sectional view is also shown to visualize the internal geometry and thread structure. This type of component is commonly used in mechanical assemblies to support shafts, rods, or other machine elements.

The model was created for CAD practice and visualization purposes.

Software Used: Autodesk Inventor
Model Type: Parametric Mechanical Part

Mechanical Mounting Bracket with Threaded Hole

This model represents a pivot support clamp bracket designed as part of a mechanical CAD practice project. The component includes a base plate with mounting holes, a vertical cylindrical support, and a semi-circular clamp arm intended for holding cylindrical components such as pipes or rods.

The design demonstrates key CAD modeling techniques including extrusion, cut features, cylindrical geometry creation, and structural support design. The model was created to practice parametric solid modeling and mechanical part design.

A suitable component for applications involving mechanical supports, pipe holders, or adjustable mounting brackets.

Created using CAD modeling tools as part of continuous learning in mechanical design.

Pivot Support Clamp Bracket

This is my 1st TinkerCad Model Cus i wanted to test out a diffrent 3.D model software

Scatch Cat 3.0 Model

Professional full-length orthopedic insole designed by Biomech Studio using advanced CAD modeling and biomechanical correction principles. This custom orthotic insole is optimized for comfort, stability, pressure redistribution, and manufacturing compatibility for podiatry and orthopedic applications.

**Main Biomechanical Features**

1. • 40° Arch Skive Correction for enhanced medial arch control and foot alignment
1. • Metatarsal Pad (1–5 mm adjustable height) for forefoot pressure relief and metatarsal support
1. • Hexagon 3D Print Hole Pattern (1.5 mm) optimized for lightweight structure, airflow ventilation, and flexible 3D printing performance*

Additional Features

• Full-length anatomical support
• Heel stabilization geometry
• Pressure redistribution design
• Lightweight perforated structure
• Smooth manufacturable CAD topology
• CNC milling and 3D printing ready

Applications

• Custom orthopedic insoles
• Podiatry CAD/CAM workflows
• Foot biomechanics research
• 3D printed orthotics production

Custom 3D Printed Orthotic Insole

Elevate your engineering projects and product visualizations with this professional-grade Rocker Switch 3D CAD model. Specifically designed for mechanical designers, electronics hobbyists, and industrial engineers, this model offers the perfect balance of aesthetic realism and dimensional accuracy. Key Features of this 3D Model:Industry Standard Format: Provided in a high-quality STEP (.stp) file, ensuring seamless compatibility with all major CAD software including SolidWorks, AutoCAD, CATIA, Creo, and Fusion 360.High-Detail Geometry: Every detail, from the ergonomic rocker actuator with "I/O" (ON-OFF) symbols to the snap-in mounting clips and electrical terminals, has been meticulously modeled for realistic rendering and assembly fit-checks.Mechanical Precision: Ideal for 3D rendering, industrial design, prototype development, and PCB housing layouts.Ready for Assembly: The model is built to scale, making it a "drag-and-drop" solution for your digital twin or mechanical assembly projects. Why Download This Model?Whether you are working on a custom control panel, a DIY electronics enclosure, or a complex industrial machine, having a reliable Rocker Switch STEP file saves hours of modeling time. This component is optimized for low file size without sacrificing the sharp edges and smooth curves required for 4K photorealistic renders. If this model helps your workflow, please Like, Follow, and leave a Comment below! Your feedback helps me create more high-quality industrial components for the community. Stay tuned for more professional mechanical parts! #3DCAD #MechanicalDesign #RockerSwitch #Engineering #STEPFile #IndustrialComponents #MyMiniFactory #3DModeling

ROCKER SWITCH_ON-OFF

Sleeping Cat Tray

Sleeping Cat Pen Holder tray design cad model.

Sleeping Cat Pen Holder

Power Armor helmet

Golden Dragon Scythe a unique cad model for display.

Golden Dragon Scythe

This project is a mechanical CAD model showcase, created using Autodesk Inventor Professional 2026. The video demonstrates the 3D model, geometry, and visualization of the component, highlighting design features and rendering quality.

The model focuses on feature-based solid modeling, geometric accuracy, and visualization techniques. Such projects help in understanding real-world mechanical components and improving CAD design skills.

This work is part of an ongoing CAD practice series aimed at building a strong portfolio in mechanical design and modeling.

Mechanical CAD Model Showcase

**Customized Orthotic Insole Overview**
Professional custom orthotic insole CAD model designed by **Biomech Studio**. This advanced 3D model is clinically engineered for specialized podiatry applications, custom orthosis development, and precision CNC milling or 3D printing manufacturing workflows.

**Key Clinical & Design Features:**
* **Deep High Heel Cup:** Engineered to provide maximum calcaneal stabilization, locking the rearfoot in place to reduce heel eversion and absorb striking shock.
* **Integrated Medial Flange:** Features an extended medial wall designed to block excessive pronation, support the talonavicular joint, and provide rigid midfoot control.
* **Anatomical Corrective Geometry:** Optimized to deliver strict biomechanical alignment for severe flat foot (pes planus) or hyperpronation conditions.

**Technical Specs & Applications:**
* Production-ready, watertight geometry (Rhino 3D)
* Fully compatible with podiatry CAD/CAM and CNC carving
* Ideal for custom medical orthotics labs

Customized Insole - High Heel Cup, Medial Flange

This model was generated using Meshy(https://www.meshy.ai)'s AI toolkit. It provides tools that effortlessly turn human imagination into stunning 3D models.

If you're interested in this model, visit the model page on Meshy to explore more about it: [https://www.meshy.ai/3d-models/Van-Body-Shell-CAD-Model-v2-019d5952-5761-7068-a8bc-47c03e737af2?utm_source=sketchfab](https://www.meshy.ai/3d-models/Van-Body-Shell-CAD-Model-v2-019d5952-5761-7068-a8bc-47c03e737af2?utm_source=sketchfab)

Van Body Shell CAD Model

This 3D model represents a hexagonal mechanical bracket assembly designed for structural or mounting applications. The model includes a hexagonal base bracket with a central hole and two side fasteners: a threaded bolt and a socket head screw.

The design demonstrates basic mechanical assembly principles, including fastening components and structural support geometry. It is suitable for demonstrating CAD modeling, mechanical design concepts, and basic hardware assembly visualization.

This model can be useful for:

Mechanical design learning

CAD assembly practice

Fastener placement demonstration

Engineering visualization

Created using CAD tools and rendered for visualization.

Hex Bracket Assembly

Concept CAD model inspired by the European Vega-C space launch vehicle, created in FreeCAD as a personal modelling exercise.

Vega-c

I found an old CAD model on my hard drive and decided to post it here for you to use.
Enjoy:)

It would be very appreciated if you could subscribe to my YouTube channel.
https://www.youtube.com/VERTEXMONSTER

Time Machine

This 3D model represents a GS Sealed MF GTZ5S battery by Astra Otoparts, developed using a reverse engineering approach. The model was created by directly measuring the physical object to achieve accurate proportions and engineering representation.

The modeling process was carried out using Autodesk Inventor Professional, focusing on dimensional consistency, clean geometry, and practical CAD structure suitable for engineering reference, visualization, and educational purposes.

This project is part of a personal portfolio under Ic CAD Engineering, showcasing skills in mechanical design, CAD modeling, and reverse engineering methodology.

Available File Formats:
Inventor (IPT/IAM), DWG, STEP (STP), STL, IGES, SAT, XGL, and other neutral CAD formats.

Software Used:
Autodesk Inventor Professional

If you are interested in the source files or need a custom CAD model, feel free to get in touch.

GS Sealed MF GTZ5S Battery | 3D CAD Model

This 3D model represents a Spur Gear, one of the most common types of gears used in mechanical power transmission systems. Spur gears have straight teeth that are parallel to the axis of rotation and are widely used for transmitting motion and torque between parallel shafts.

This model demonstrates basic mechanical CAD modeling techniques including gear profile creation, extrusion, and parametric design. Spur gears are commonly used in gearboxes, mechanical drives, industrial machinery, and automotive systems.

spur gear

Concept CAD model inspired by the Messerschmitt Bf 109 G (Gustav), created in FreeCAD as a learning project to refresh modelling skills after a break.

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