Molecular 3D Models

Find the best Molecular 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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Anonymous1771990886

Anonymous1771520940

3D molecular mo"3D molecular model of Tin(II) chloride (SnCl2) with a precise bent molecular geometry (V-shape). The central atom is Tin (Sn), represented as a larger sphere in moss green color. Attached to it are two Chlorine (Cl) atoms, represented as smaller spheres in vibrant purple color. The structure consists of only these three atoms connected by two distinct grey bonds forming an angle of approximately 95 degrees. High-quality scientific model, clean surface, realistic laboratory visualization style."del of $SnCl_2$ with bent molecular geometry (angular shape). The central atom is Tin (Sn), represented as a large sphere with a moss green color and a matte organic texture. Attached to it are two Chlorine (Cl) atoms, represented as slightly smaller spheres with a vibrant purple color and a glossy finish. The bond angle between the atoms should be approximately 95 degrees. High resolution, scientific visualization style, clean background, realistic lighting

Anonymous1771737624

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Anonymous1771809653

A pure 3D molecular model of a linear triatomic molecule. One large central dark grey sphere connected by two straight horizontal cylinders to two smaller white spheres on each side. Strictly no text, no labels, no letters, no watermarks. Scientific ball-and-stick model, 180-degree perfect alignment, clean minimalist design, solid matte materials, isolated on a plain grey background, high resolution, 3D render."er-realistic 3D molecular structure of BeH2. Strictly linear rod-like arrangement. The three atoms must be perfectly aligned in a straight horizontal line. Central grey sphere (Beryllium) flanked by two smaller white spheres (Hydrogen) on exact opposite sides. Zero curvature, 180-degree bond angle. High-end scientific model, ball-and-stick style, ray-traced reflections, isolated on a neutral studio background, 8k."

Anonymous1771737624

To create a "proper" diagram for your 100 atoms, you should distribute the 8 Mo (green) atoms so they are not touching each other. This reflects the most stable physical state where the internal strain is balanced. Ti is in black colour

Anonymous1771732306

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Anonymous1771588638

quiero la estructura Cl03 y que los atomos se vean de colores claros

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Anonymous1771632955

Create a clean and visually appealing 3D model of a DNA molecule in its double helix shape.

The model should include:

A twisted double helix structure.

Two strands forming the backbone (sugar and phosphate).

Base pairs in the center:

Adenine paired with Thymine

Cytosine paired with Guanine

Around 8–10 base pairs so the helix shape is clearly visible.

🎨 Visual Style:

Bright, clean, and easy to understand.

Different colors for each base:

Adenine: green

Thymine: red

Cytosine: blue

Guanine: yellow

Sugar: light gray or white

Phosphate: orange

Neutral background (white or soft blue).

Soft lighting with smooth shadows.

Slight glossy finish, like a school molecular model.

📐 Technical Details:

High resolution.

Slight diagonal angle for depth.

No labels or text.

Proportions should look realistic but simple.

Anonymous1760713726

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Anonymous1766896236