Computer Macintosh Classic 3D Model Low-poly 3D model

Introducing the meticulously crafted Macintosh Classic 3D Model, a high-fidelity representation of Apple's iconic personal computer from the early 1990s. This model is designed to meet the needs of 3D artists, historians, and technology enthusiasts seeking a detailed and accurate depiction of this classic machine.

Key Features:

High-Quality Textures: The model comes with 4K PBR textures created using Substance Painter, ensuring realistic surface details and material accuracy.

Optimized Geometry: Constructed with quad polygons, the model comprises 35,850 faces, 36,589 vertices, and 72,270 edges, striking a balance between detail and performance.

Detailed Components: Includes separate objects for the main computer unit, monitor, keyboard, mouse, and connecting cables, allowing for flexible use and customization.

Clean Topology: The mesh is free from N-gons and has been carefully optimized for smooth rendering and animation.

Non-Overlapping UVs: UVs are unwrapped without overlaps, facilitating easy texture modifications and ensuring high-quality renders.

Technical Specifications:

File Formats: Available in Blender (.blend), OBJ, and FBX formats for compatibility with various 3D software and workflows.

Texture Maps Included: Base Color, Metallic, Roughness, Normal, and Emissive maps are provided for each component, all in 4K resolution.

Scene Organization: Objects are grouped and named logically, with materials and textures properly linked for an efficient workflow.

Usage Recommendations:

This model is ideal for use in historical visualizations, educational projects, retro-themed scenes, and as a collectible asset for enthusiasts of vintage technology. Its high level of detail makes it suitable for both close-up renders and interactive applications.

Additional Notes:

Lighting and Rendering: Please note that the lighting setup and scene used in promotional images are not included. Users are encouraged to create their own lighting setups to suit their specific needs.