Development of photorealistic 3D rendering of a metal part
Project goal:
Creation of a high-precision 3D model of a metal part with maximum realistic reproduction of geometry, surface texture, and physical properties of the material.
Implementation of photorealistic rendering for use in advertising materials, presentations, catalog products, and on websites.
Conveying the character of metal processing (grinding, polishing, anodizing, casting, or milling) taking into account microtextures.
Setting up studio lighting to emphasize the shape, edges, and technical features of the product.
Preparation of high-resolution images (Full HD, 4K) for print and digital advertising.
Main stages of work:
Building accurate 3D geometry according to drawings or technical specifications.
Processing of chamfers, radii, threads, seating areas, and other engineering elements.
Creating realistic materials with physically accurate properties (PBR approach).
Setting up HDRI lighting or studio scene for advertising presentation.
Professional software:
The model is created in SolidWorks to ensure accurate engineering geometry and compliance with real manufacturing parameters.
Final materials exported in PNG/JPEG formats (Full HD, 4K), and if necessary, TIFF for printing.
Creation of a high-precision 3D model of a metal part with maximum realistic reproduction of geometry, surface texture, and physical properties of the material.
Implementation of photorealistic rendering for use in advertising materials, presentations, catalog products, and on websites.
Conveying the character of metal processing (grinding, polishing, anodizing, casting, or milling) taking into account microtextures.
Setting up studio lighting to emphasize the shape, edges, and technical features of the product.
Preparation of high-resolution images (Full HD, 4K) for print and digital advertising.
Main stages of work:
Building accurate 3D geometry according to drawings or technical specifications.
Processing of chamfers, radii, threads, seating areas, and other engineering elements.
Creating realistic materials with physically accurate properties (PBR approach).
Setting up HDRI lighting or studio scene for advertising presentation.
Professional software:
The model is created in SolidWorks to ensure accurate engineering geometry and compliance with real manufacturing parameters.
Final materials exported in PNG/JPEG formats (Full HD, 4K), and if necessary, TIFF for printing.
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