Phenyl glycidyl ether, C9H10O2, joins two different rings through a short bridge. At one end sits a six-membered aromatic ring; at the other, a small three-membered epoxide ring made of two carbons and one oxygen. A CH2 group and an ether oxygen connect them.
The print has 21 spheres (9 carbon, 10 hydrogen, 2 oxygen) and 22 bonds: 16 single and 6 aromatic, drawn in Kekule form. Every sphere has its element symbol engraved into the surface, so the two oxygens stand out from the carbons without paint.
One carbon of the epoxide ring is a stereocentre; no R/S label is assigned to it here.
Printing tips: scale it up in your slicer, add supports under the bonds and lower spheres, and use a fine layer height so the engraved letters stay crisp.
Atom positions come from a computed 3D conformer. Shared under CC BY-SA 4.0 by MolGod.
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Phenyl glycidyl ether Molecule 3D Model with Engraved Atoms (CAS 122-60-1)
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