Dimorpholinomethane, C9H18N2O2, is a neat symmetric molecule: two identical six-membered rings joined through their nitrogen atoms by a single CH2 bridge. Each ring holds one nitrogen and one oxygen on opposite sides, with four carbons in between.
The print has 31 atoms (9 carbon, 18 hydrogen, 2 nitrogen, 2 oxygen) and 32 bonds, every one of them single. Nothing here is aromatic and there are no stereocentres. Both nitrogens are tertiary amines and both ring oxygens are ether links. Every sphere has its element symbol engraved, so the N and O atoms are easy to spot without painting.
Printing notes: scale it up in your slicer first, at native size it comes out tiny. PLA on any FDM printer is fine; add light supports under the bonds and lower spheres, and use a fine layer height so the letters stay crisp.
Shared under CC BY-SA 4.0, made by MolGod.
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Dimorpholinomethane Molecule 3D Model with Engraved Atoms (CAS 5625-90-1)
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