3D Model Game Controller – Mechanical CAD Assembly

Mechanical CAD design and assembly development of a game controller, including the upper and lower housing components, joystick interfaces, control-button features, internal PCB support structure, mounting

3D Model Ball Maze

x 163.08 mm **Dimensions (Ball):** 4.00 x 4.00 x 4.00 mm Modeled in SolidWorks 2024 and rendered in KeyShot 2023. SolidWorks Assembly and Part files, step file and 3d print files (obj, stl, 3mf, amf) of

3D Model Smart Modular Battery Organizer – Original Mechanical Product Design

and CAD modeling SolidWorks assembly Removable tray design Injection molding-friendly features Manufacturing-oriented approach Detailed assembly and exploded views Software Used SolidWorks 2022 Designed by

3D Model Pneumatic Crane

This Pneumatic Crane was designed and modeled in SolidWorks as a mechanical assembly demonstrating the application of pneumatic cylinders in lifting and positioning mechanisms. The model features a rotating

3D Model Bilingual Compact Mechanical Keyboard – SolidWorks Product Design

A detailed 3D CAD model and assembly of a compact mechanical keyboard with bilingual Arabic and English keycaps. The project included modeling the keyboard housing, mounting plate, mechanical switches

3D Model Bottle with Cap

00 x 74.63 mm Dimensions (Cap): 34.14 x 16.79 x 34.14 mm Modeled in SolidWorks 2024 and rendered in KeyShot 2023. SolidWorks Assembly and Part files, step file and 3d print files (obj, stl, 3mf, amf) of

3D Model Custom Aluminum Electronics Enclosure with Passive Cooling

for an electronic security and monitoring device. The enclosure was developed as a complete SolidWorks assembly consisting of separate front and rear panels, top and bottom covers, heat-sink side plates

3D Model Mechanical Trigger Mechanism Assembly

This model is a detailed SolidWorks assembly of a semi-automatic pistol designed for educational and mechanical study purposes. Every major component has been individually modeled and assembled using standard

3D Model whatsapp-image-2026-08-24-at-7

designs. The model was developed with attention to dimensions, proportions, functional features, assembly requirements, and manufacturability. The design process included creating detailed 3D geometry,

3D Model Bearing Cartridge | Tolerance Stack-Up and Drawings

bearing-to-cover axial gap through worst-case, RSS and Monte Carlo calculations supported by a SOLIDWORKS assembly. Revised tolerance allocation narrowed the worst-case gap from -0.040–0.440 mm to 0.105–0.295