Poly(3-hexylthiophene) (P3HT) molfidget extendable

This is a molecular model of poly(3-hexylthiophene) (P3HT), created using molfidget. P3HT is a π-conjugated polymer that has been extensively studied for its semiconducting properties and potential applications in organic solar cells.

In this model, all single bonds are rotatable. You can extend the polymer chain by printing additional copies of the central monomer unit.

The printed model presents the atomic groups of the monomer as separate parts. Some carbon atoms come pre-connected; you complete the assembly by manually attaching the remaining atoms.

If you’d like to design and 3D-print your own molecules, give molfidget a try! Visit its GitHub repository to download the tool and explore the installation instructions:

https://github.com/longjie0723/molfidget/

Molfidget is a Python program that allows you to effortlessly create molecular models for 3D printing. It offers the following features:

• Rotatable single bonds: You can change the molecule’s three-dimensional conformation by rotating along single bonds.
• Simple input for common file formats: Just provide a standard molecular file format (such as .mol or .pdb), and it generates a file ready for 3D printing of your chosen molecule.
• Integrated rotating axes: The model is produced as a single piece including the rotation axes, making it capable of representing complex molecular structures.
• Versatile usage: It’s perfect for scientific research and educational purposes—and it's also fun to fidget with, making it an interactive toy-like molecular model.