?

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.

生成3D模型,主体是玻璃罐体,且中间的圆柱和桨叶是独立的对象便于后续绑定动画
Anonymous1764147913
Anonymous1770408306
Anonymous1770408306
Anonymous1770115702
Anonymous1770174694
Anonymous1770107982
Anonymous1769949646
A high-detail 3D asset of a 250ml laboratory borosilicate glass beaker with a pouring spout. The beaker is a solid cylindrical volume representing a dense, murky yellowish-green liquid solution. Inside the volume, there are layered organic details: a thick sediment of dark green and brown decomposed leaves settled at the base, several individual green leaves suspended in the mid-section, and small organic particles floating at the top meniscus. Adhered to the front face of the cylinder is a flat, matte-textured beige rectangular paper label featuring handwritten black ink text. The side of the glass has a vertical scale of white painted graduation markings and measurement numbers. The texture should include realistic glass surface reflections and the turbid, tea-colored appearance of the inner liquid. High-resolution PBR textures, 4k mesh detail.
Anonymous1769949646
trasnparent beaker
Anonymous1769949646
Anonymous1767018783
Anonymous1769854165
Anonymous1769824410
Anonymous1769698989
A high-quality 3D laboratory scene featuring a glass beaker filled with liquid on a magnetic stirring plate. The liquid is undergoing the Briggs-Rauscher iodine oscillation reaction.[4][5][6][7][8] Model three distinct frames: 1) The liquid is perfectly clear and colorless. 2) The liquid is a translucent amber-gold. 3) The liquid is an opaque, deep blue-black.[3][4] The beaker should have realistic glass refractions and a small white stir bar at the bottom creating a subtle vortex on the surface. Minimalist white background, studio lighting."
Anonymous1769620239
Anonymous1769487053
Anonymous1750096430
Anonymous1750096430
becker chemistry
Anonymous1750096430
Enter invite code to get credits!