3D Rendering Projects in Wrocław
3D Rendering Projects in Wrocław
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Dawid Bernat
ENDLESS (Casio f-91W) - R&D
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12
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3
3d WebGL
Exterior concept shots for new 3d configurator for automotive 3d project. Little more photographic take with help of Indigo. Mostly about focal, composition and spectral tone mapping.
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3
372
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jakub bak
Service Promo Video
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12
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1
Dawid Bernat
Vaskin Cosmetics
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6
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1
3d WebGL
Working on a visual concept of new automotive 3d configurator, new level of WebGL quality and tone mapping nuances for interiors. 2nd take this time in Indigo.
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344
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jakub bak
Product Renders
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22
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3
Dawid Bernat
Clou Cosmetics
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11
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5
3d WebGL
Working on new interactive 3d configurator concept for automotive interiors. Revisiting old project from 2017 and bringing new level of quality. It will be great to explore it in WebGL.
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458
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2
3d WebGL
Interactive 3d configurator rendered in a browser, WebGL. Bespoke shoes fit to 3d scan and fully peronalized.
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355
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25
3d WebGL
This project showcases sub-continental scale 3D map animations built from GIS data, designed to balance visual clarity, realism, and a controlled stylistic approach. The workflow focuses on transforming large-scale geospatial datasets into clean, readable animated visualizations while maintaining geographic accuracy. A key constraint of the project was achieving 4K frame renders under 30 seconds.
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25
627
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0
3d WebGL
Having fun with terrain 3d scans in Blender. Little artistic flavor added to geospatial data presentation. I just like these as all sources are color calibrated and go well with any lighting.
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252
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0
3d WebGL
Product renderings of aluminium window systems, created end-to-end with custom 3D modeling and HDRI lighting.
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236
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0
3d WebGL
Earth animation from 2013
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185
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22
3d WebGL
This project presents an academically accurate 3D simulation of the human spine, demonstrating various spinal conditions and novel medical treatments. Each vertebra is modeled and animated to behave according to real spinal mechanics, ensuring faithful representation of physiological motion and deformation under different conditions. The project highlights precision modeling, vertebral mechanics, and biomechanical simulation techniques for research and educational purposes.
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352
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