This is a high-quality 3D model of a manual card shuffler designed as a real mechanical product. The model is created from accurate CAD geometry and converted into a clean, optimized polygon mesh suitable for product visualization, engineering reference, and prototyping.
The design is ideal for:
- Product visualization
- Mechanical concept demonstration
- Prototyping and fabrication planning
- Educational and engineering use
Important Note (Drive Belt Requirement):
To assemble and operate this mechanism, you will need an external belt with the following specifications:
- Belt diameter (thickness): 3 mm
- Belt circumference: 360 mm
The belt is not included in the model and must be sourced separately.
Assembly Instructions (Basic):
- Place the main casing on a flat surface.
- Insert the shuffler wheels into their respective slots inside the casing.
- Mount the drive wheel and secondary wheel onto their shafts/axes.
- Fit the 3 mm diameter, 360 mm circumference belt around the drive wheel and the driven wheel.
- Ensure proper belt tension so that it is tight enough to transmit motion but not overly stretched.
- Check alignment of all wheels to avoid belt slipping.
- Close and secure the casing.
- Rotate the drive wheel manually to confirm smooth and synchronized motion of the system.
Features:
- Clean and optimized polygonal geometry
- Real-world scale (millimeters)
- Smooth surfaces with correct shading
- High-quality mesh converted from CAD
- Suitable for rendering, visualization, and technical presentation
Specifications:
- Geometry: Polygonal
- Scale: Real-world (mm)
- Animation: No
- Rigging: No
- UV Unwrapped: No
- Textures: No
- Materials: Simple material only (if applied)
Included Formats:
- OBJ (main delivery format)
- STL (optional, for manufacturing or 3D printing reference)
- IGES
- STP
- MTL
Notes:
This is a static mechanical product model. No textures, animations, or UV maps are included. The focus is on accurate geometry and mechanical design clarity.
