This is a highly detailed 3D reconstruction of Acacia binervia pollen, created for scientific visualization and SEM-style rendering.The model is based on real pollen morphology observed in scanning electron microscopy, capturing the characteristic spheroidal grain, surface ornamentation, and structural symmetry associated with Acacia binervia. While recognisably CGI, the asset is designed to integrate convincingly into scientific, educational, and medical visual contexts, serving as a strong and accurate foundation for further post-production work.The geometry and textures are intentionally clean and neutral, with minimal baked-in contrast (only a light curves adjustment), allowing full artistic and technical control over lighting, material response, and compositing. This makes the model well suited for researchers, illustrators, educators, and visualization studios producing microscopy-inspired imagery.High-quality, species-specific pollen geometry is extremely rare on commercial marketplaces. This asset fills that gap with a careful balance of biological credibility, clean topology, and render flexibility.

Scientific InformationCommon name: Coastal myall pollenLatin name: Acacia binerviaBiological category: Angiosperm pollen grainUse cases: Scientific illustration, microscopy visualization, allergen education, botanical reference, medical graphics

Technical DetailsCreated in 3ds Max and ZBrushUV unwrappedClean, optimized topology suitable for extreme macro close-upsDesigned primarily for SEM-style grayscale rendering in 3ds MaxPBR texture set included for alternative render workflows

Included Maps (PBR)Normal map (RGB, tangent space, linear)Bump / displacement map (linear)Roughness map (linear)All non-color data is supplied in linear space (gamma 1.0) for physically correct rendering.

FormatsOBJFBX

Intended UseScientific and medical visualizationSEM-style renderingEducational and academic materialBotanical and allergen research imageryHigh-end macro CGI