Surgical hat 01 Low-poly 3D model

cgtrader

This is a meticulously crafted 3D scanned model of a surgical hat created using photogrammetry techniques in our own bespoke 3D scanner outfitted with cutting-edge Canon 200D cameras. This intricate scan was painstakingly processed through Reality Capture and then skillfully retopologized via ZRemesher within Zbrush. This highly detailed, true-to-life human size model of a surgical hat is suitable for average-sized individuals wearing S, M, L garments and may require minor adjustments to achieve optimal fit. The finished product is immediately ready for deployment in architectural visualizations or can be further refined and sculpted within Zbrush. Key Technical Specifications: Highly detailed digital double scan model Effortlessly processed low-poly model Fully quad topology ensuring flawless mesh geometry Smooth, well-managed surface devoid of irregularities Suitable for subdivision refinement without hindrance Elevated texture resolution at 8K: meticulously crafted color map Robust non-overlapping UV map layout PBR textures are included in 4K/2K resolutions: precise Normal, Displacement, and Albedo maps Included package encompasses OBJ and FBX files perfectly adaptable for use in prominent applications such as 3ds Max, Maya, Cinema 4D, Unreal Engine, Unity, Blender, etc. Enhanced package also features an exclusive high-poly (.ztl tool) of the raw 3D scanned model within zBrush, providing limitless opportunities to rework and customize the acquired product according to one's desires. Our Studio Overview: Our boutique studio focuses exclusively on photogrammetry, fervently embracing innovation in the realm of 3D technology. Located in Kyiv, we're ardently dedicated to 3D modeling for a multitude of purposes including video games and VFX. We extend comprehensive services, meticulously ensuring every step from full-body scanning to thorough model refinement and customization with PBR textures seamlessly implemented within a set of prepared expressions ready for further integration or final render.