I recently designed a custom towel hook for my manager, @FB , at our 3DExperienceLab – FabLab.

The goal was straightforward: he wanted something that works for the whole family — especially so kids can easily reach their towels. The idea was to create a single hook that can be placed at different heights depending on the need.

He provided the exact measurements — pipe thickness and spacing — and I used those constraints to go through a few design iterations until I found a secure and well-fitting solution.

All models were created in CATIA, which made it easy to iterate parametrically and adapt the design quickly.

For 3D printing, I chose polycarbonate (PC) due to its high heat resistance, ensuring the hook can withstand radiator temperatures without deforming.

 Highlights:

• Based on precise, real-world measurements
• Iterative design process for optimal fit
• Heat-resistant material choice (PC)

A small project, but a nice example of how digital fabrication can solve everyday problems in a simple and effective way.