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INTERACTIVE 3D CAD LAB
REAL-TIME VIEWPORT ENGINE

3D ENGINEERING
PLAYGROUND.

Inspect mechanical assemblies in interactive 3D. Toggle between Wireframe Sketch, Parametric Solid CAD, and CGI Rendered Material to analyze tolerances, GD&T callouts, and multi-body kinematics.

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ENGINEERING PLAYGROUND

MAKE THE MODEL
YOUR OWN.

Explore the visual language of precision CAD models. Switch between 3D engineering components, inspect technical callouts, and toggle between sketch, parametric solid, and photorealistic render modes.

DRAG TO ROTATE 3D
DISPLAY MODERENDER
X 420.0 Y 150.0 Z 160.0 mmCAD / CAM / RENDER
TECHNICAL SPECIFICATIONS

PRODUCTION-GRADE
GEOMETRIC ARCHITECTURE.

Each assembly in this interactive lab is built using industry standard mechanical engineering proportions, tolerance standards, and manufacturing workflows.

01ISO 2768-mK / ASME Y14.5M

Differential Axle Assembly

Heavy Duty Automotive Drivetrain
BOUNDING BOX420.0 × 150.0 × 160.0 mm
PRIMARY MATERIALDOM Alloy Steel 4140 + Ductile Iron Housing
  • ▪Dana 44 hypoid ring & pinion gear geometry (4.10:1 ratio)
  • ▪76.2 mm DOM steel axle tube with precision pressed bearings
  • ▪330 mm vented directional brake rotors & 5-lug hub studs
  • ▪10-bolt high-strength differential cover plate with fill plug
ENGINEERING STACK:
SolidWorksAutoCADAutodesk Inventor
02Bore Grade g6 / Journal H6

Engine Piston Assembly

High-Output Internal Combustion Subsystem
BOUNDING BOX88.0 × 165.0 × 88.0 mm
PRIMARY MATERIALHypereutectic A-390 Aluminum & Forged 4340 Steel
  • ▪Dual compression rings & 3-piece oil control scraper ring
  • ▪Internal wrist pin boss with Ø 24.00 mm floating gudgeon pin
  • ▪I-Beam forged connecting rod with shot-peened fatigue resistance
  • ▪Split journal bearing cap with ARP-grade high-tensile fasteners
ENGINEERING STACK:
CATIA V5Siemens NX-CADCreo Parametric
03Dynamic Balance Grade G0.4 (ISO 1940)

Impeller Turbine Wheel

Aerodynamic Turbocharger Compressor
BOUNDING BOX128.0 × 82.0 × 128.0 mm
PRIMARY MATERIALForged 7075-T6 Aerospace Grade Aluminum
  • ▪8 primary full-length aerodynamic blades + 8 intermediate splitters
  • ▪54.00 mm inducer bore diameter expanding to 128.00 mm exducer
  • ▪High-pressure ratio gas flow optimized backward-curved geometry
  • ▪Central spline shaft through-bore for direct shaft coupling
ENGINEERING STACK:
Siemens NX-CADSolidWorks SurfacingKeyShot
READY TO DESIGN IN 3D?

Master Parametric CAD Modeling & CGI Rendering

Learn from senior mechanical design engineers through real-world portfolio projects, ASME/ISO GD&T standards, and CSWP-level mastery.

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