Anton Shtryk
Blender 3D Modeling and 3D Design | Substance Painter | CGI
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I recreated the SONY FE 24–70mm f/2.8 GM lens in Blender, focusing on precision and realism to match the original product design.
Reference gathering: Collected high‑resolution product photos and technical specifications to ensure accurate proportions and details.
Modeling workflow:
Used Blender’s subdivision modeling for the main cylindrical body.
Applied Boolean operations for grooves, buttons, and mount details.
Added fine elements like zoom/focus rings and engraved text using curve modifiers.
Texturing: Created realistic materials in Substance Painter, including matte black metal, rubber grip surfaces, and glossy glass for the lens.
Rendering: Used V‑Ray for Blender to achieve photorealistic lighting and reflections, simulating studio product photography.
Post‑processing: Final touch‑ups in Photoshop — color correction, contrast adjustments, and background cleanup.
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I designed and modeled a modern ice bath in Blender, focusing on clean geometry and realistic proportions. Materials were created in Substance Painter to achieve natural wood and metal finishes with subtle reflections. The scene was set in a luxurious resort environment: stone terrace, swimming pool, palm trees, and lounge furniture. Final rendering was done in V-Ray, with lighting carefully tuned to highlight the transparency of the ice and the warm tropical atmosphere.
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Product Visualization – Shoe Cleaning Box This 3D model was created from scratch in Blender, where I modeled the entire shoe cleaning box with precise dimensions and clean topology. The materials and textures were designed in Substance Painter, including detailed surface effects to give a realistic look to the cardboard and printed graphics. The final rendering and lighting were set up in Blender’s Cycles engine to achieve a high-quality, photorealistic product visualization suitable for advertising, e-commerce, or packaging presentations.
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3D Models of Containers for Ancient Scrolls
Creation of historically inspired container designs optimized for 3D printing. The workflow included precise modeling, ensuring correct wall thickness, manifold geometry, clean topology, and no intersecting faces. Models were exported as STL files ready for production, balancing aesthetic symbolism with practical printability.
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