Carbon atoms 3D Models

Find the best Carbon atoms 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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Anonymous1773830385

Anonymous1773163421

Each Carbon Atom:
Forms 4 covalent bonds
Bonds to 4 other carbon atoms
Arrangement is tetrahedral
🔹 Bond Angle:
This is the characteristic tetrahedral angle
Atoms are shown as spheres
Bonds are shown as sticks
The structure repeats in space
Forms a rigid cubic crystal system (diamond cubic lattice)
The pattern is:
Face-centered cubic arrangement
Each carbon linked tetrahedrally

Anonymous1772625046

Anonymous1771990886

Anonymous1771809653

Anonymous1770987807

DIAMOND (Carbon Allotrope) — 3D STRUCTURE INSTRUCTIONS

Scientific Rules:
- Element: Carbon (C)
- Allotrope: Diamond
- Bond type: Single covalent bonds only
- Hybridization: sp3
- Geometry: Tetrahedral
- Bond angle: 109.5 degrees
- Structure type: Giant 3D covalent network

Atomic Connectivity (up to 3 layers):
- Central atom C0 is bonded to 4 carbon atoms: C1, C2, C3, C4
- Each bond from C0 is oriented toward the corners of a tetrahedron

Layer 1:
- C1 is bonded to C0, C5, C6, C7
- C2 is bonded to C0, C8, C9, C10
- C3 is bonded to C0, C11, C12, C13
- C4 is bonded to C0, C14, C15, C16

Layer 2:
- Each new carbon atom (C5–C16) is bonded to 3 additional carbon atoms
- Bonds extend in different 3D directions
- No atoms lie in a flat plane

Model Limits (for low lag):
- Total atoms: 25–30 carbon atoms
- Show only 2–3 coordination layers
- Do NOT attempt infinite repetition

Visual & Texture Instructions:
- Atoms: Smooth spheres, light grey or pale blue
- Bonds: Thin cylinders

Anonymous1770639554

Anonymous1770509756

Anonymous1769605392

Anonymous1770221929

Atomic-scale graphite crystal shown only as individual carbon atoms and bonds, not surfaces or meshes. Multiple graphene layers stacked in AB (Bernal) stacking. Each layer is one carbon atom thick, atoms arranged in a hexagonal honeycomb lattice. Visible carbon–carbon bonds (ball-and-stick model). No solid surfaces, no grids, no perforations, no slabs, no damage, no cracks, no dripping, no roughness. Flat, perfectly planar layers with subtle interlayer spacing, scientific molecular visualization, clean background.

Anonymous1769571713

Single-layer graphene sheet made of pure carbon atoms arranged in a perfect hexagonal honeycomb lattice. Flat, planar 2D structure with sp² carbon–carbon bonds, uniform bond length, no hydrogen atoms, no defects, atomic-scale thickness, scientific visualization style. Black carbon atoms linked with blue bonds.

Anonymous1766686948

Tạo mô hình 3D của phân tử benzen (C6H6) với cấu trúc vòng lục giác phẳng, các nguyên tử carbon lai hoá sp² và hệ electron π thơm.

Anonymous1769172830

Anonymous1768192106

Diamond crystal lattice structure, carbon atoms in face-centered cubic arrangement with tetrahedral bonding, each carbon bonded to four neighbors, 3x3x3 unit cells showing repeating pattern, gray spheres for carbon atoms, thin gray bonds connecting atoms, transparent view showing internal structure, educational chemistry model

Anonymous1763017895

“Create a realistic 3D molecular model of propane (CH₃–CH₂–CH₃).
Show three carbon atoms connected in a zig-zag chain with hydrogen atoms attached.
Use blue color for carbon atoms and red color for hydrogen atoms.
Display clear single covalent bonds as cylindrical sticks.
Maintain the correct tetrahedral geometry with a bond angle of approximately 109.5 degrees around each carbon atom.
Render the model in a clean scientific style, isolated on a neutral background, high-quality 3D, suitable for chemistry visualization and education.”

Anonymous1765875337

Anonymous1764301823