Introduction
Roller furling systems have long been a cornerstone of modern sailing for over 60 years, enabling sailors to reef and deploy headsails with efficiency and safety
Traditionally, available systems have relied on either Aluminum, Resin and PVC foils with complex Top , Foil and Drum designed assemblies to handle the simple act of rolling up a sail but with a hefty price tag in labor and brand name
As sailors , 3DFurler.com has pioneered the development of Polymer Components in conjunction with innovative engineering, to deliver a truly remarkable Roller Furler system that will never fall victim to Halyard Wrap, Drum Bearing Failure or Corrosion
We started developing our prototypes using 3D printing as a prototype method. It was during ourinitial laboratory testing period when we discovered that 3D Printing, with the right materials and equipment would outperfrom metal,
Co-Polymer vs. PVC vs. Resin vs. Metal Foils
3D Furler co‑polymer foils are engineered from advanced polymer blends that deliver a markedly lighter structure while eliminating vulnerability to nicks, dents, and other surface damage. Their modular 12‑inch segment architecture streamlines installation, enhances durability under load, and removes the risk of spoilage or performance degradation
3DFurler Design Criteria
- Eliminate the need to go Aloft
- No Removal of Standing Rigging 3. Safely Install from the Deck – Mast Up
How 3DFurler Works
Questions about your rig?
Technical calls go straight to someone who has fitted these. Have your stay length and wire size ready and we can size it on the phone. 904-600-4105 or help@3dfurler.com.