Cobra Golf is expanding its innovative 3D printing technology beyond just putters, having already introduced 3D-printed irons that are used by professional golfers on tour.

The company has unveiled the Limit3D Enzo putter, a fully 3D-printed club designed to enhance stability and performance, which was showcased during a fitting at their headquarters in Carlsbad, California.

Utilizing 3D printing technology allows Cobra to create unique shapes and structures that traditional manufacturing methods cannot achieve, thereby optimizing the putter's performance.

The Enzo features a lattice structure that redistributes weight, enhancing forgiveness while maintaining responsiveness, all without the use of glues or artificial components.

All models in the Limit3D line are crafted from 316L stainless steel and incorporate an internal lattice structure, which improves forgiveness and feel compared to traditional milled putters.

The Limit3D putter family includes four distinct head shapes: Enzo, Enzo-30, Pista-45, and Pista-60, each designed to cater to various putting strokes and player preferences.

During the fitting process, metrics obtained using SAM PuttLab technology indicated significant improvements in consistency and aim when adjusting the head weights of the putters.

Cobra's Limit3D putters are attracting attention for their performance, appealing to both mallet and blade players who are in search of enhanced stability and feel.

Looking ahead, Cobra anticipates future developments in the Limit3D line, including new models and custom weight builds, underscoring their commitment to innovation in golf club design.