Beaker 3D Models

Find the best Beaker 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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$A photorealistic 3D model of a laboratory glass beaker and a test tube being rinsed with water. The beaker and test tube are transparent, containing clear water inside. A dynamic stream of water pours into the beaker from above, creating transparent splashes. The model should showcase the refractive quality of the glass, the fluid dynamics of the water, and clear liquid edges. Clean white background, product visualization style.$

Anonymous1773758688

Realistic 3D chemistry lab with test tubes, flasks, colorful solutions, photorealistic”

Anonymous1773685503

rafmatos

Anonymous1739239546

Anonymous1749994369

Anonymous1772940974

Anonymous1771237646

Anonymous1771237646

Anonymous1772062442

Anonymous1738743047

Aleksandarrrrrrrrr

Anonymous1772187302

Anonymous1753921325

$Create a realistic transparent laboratory glass beaker, cylindrical shape, slightly thick glass walls, smooth rounded rim, flat circular base, accurate graduation measurement markings on the side, clear glass material with high transparency and light reflections, realistic refraction, clean and modern laboratory style, PBR material, game-ready low poly optimized mesh, centered pivot, separate inside volume for liquid filling, realistic scale (20 cm height), high detail but optimized for Unity game engine.$

Anonymous1772366221

A realistic 3D scientific illustration of a transparent glass beaker partially filled with light blue transparent solution, where the liquid occupies only the lower section and the upper section clearly displays empty transparent glass above the liquid level. This represents the precursor stage before Ni nanoparticle synthesis. Clean lighting, soft shadow, no background, isolated object, suitable for chemistry schematic.

Anonymous1772420781

Bécher 1 :
Suspension initiale (solution en phase liquide).
Flèche :
Ajout du liant moussant et injection d’air à l’aide d’une aiguille.
Bécher 2 :
Formation de bulles à l’intérieur de la suspension.
Flèche :
Ajout du tensioactif pour stabiliser la mousse.
Bécher 3 :
Mousse stable : les bulles ne s’échappent pas.
Flèche :
Séchage.
Flèche :
Frittage (consolidation finale de la structure céramique).

Anonymous1772413978

Olemrac3D