News
Cobra Golf Unveils LIMIT3D: First Commercially Available 3D Printed Irons
In a significant change for the golf industry, Cobra Golf has introduced their LIMIT3D irons, the first-ever commercially available irons leveraging 3D printing technology. This release marks a potential turning point for club design, promising to deliver an unprecedented blend&h
- 3 min read
- News
- Six more stories
In a significant change for the golf industry, Cobra Golf has introduced their LIMIT3D irons, the first-ever commercially available irons leveraging 3D printing technology. This release marks a potential turning point for club design, promising to deliver an unprecedented blend of feel, forgiveness, and precision, reshaping how golfers experience their game.
Traditionally, 3D printing in the golf club industry was a privilege reserved for prototypes and exclusive releases for professional players like Bryson DeChambeau and Rickie Fowler. However, Cobra Golf has shattered this barrier with their new LIMIT3D irons, a commercially available set that brings cutting-edge 3D printing technology to the hands of everyday golfers.
The internal lattice structure of the LIMIT3D iron.
The core component of these irons is a fully 3D printed 316L stainless steel body featuring a novel internal lattice structure. This design enables a 33% weight redistribution within the clubhead without compromising overall strength—advantages that traditional forging and casting methods cannot achieve.
More from the desk
Six other notes from the rest of the bench.
NewsADDITIV Italia Is the Virtual Event Dedicated to 3D Printing in ItalyThe Italian additive manufacturing market is continuously evolving and we have seen more and more an increased presence of 3D printing in the production and prototyping processes of companies in major industrial sectors. Automotive, aerospace, medical, energy, oil & gas,&hell
News3D Printing with Light: it’s 100 times fasterAt the University of Michigan, researchers have developed a new 3D printing method which is 100 times faster than normal. The paper published in the journal Science Advances described the new process; it promises faster and more efficient small-scale manufacturing…
Guides14 Best 3D Printed Furniture ProjectsWhile 3D printing is gaining ground in the industrial sector, it is also present on a smaller scale in homes, open spaces or even parks and streets. We have noticed more and more 3D printed furniture for example. From chairs,…
ApplicationsA New 3D Bioprinting Technique to Create Vascularized Human TissueA research team from the Jacobs School at the University of California, San Diego, are developing a new method of 3D bioprinting based on digital light processing (DLP). The project aims to create vascularized 3D-engineered tissues that, although produced in…
ApplicationsCzinger 21C: Additive Manufacturing Was Used to Make the ‘Hypercar of the 21st Century’Faster, more efficient and more innovative – these are the words that can be used to describe the Czinger 21C Max supercar presented by, as the name suggests, the US car manufacturer Czinger. At first glance, you might think that…
PrintersJoshua Bird’s “Core-RΘ” 4-Axis Polar 3D Printer Can Print Without Any SupportsIn the world of FDM 3D printing, dominated by classic Cartesian systems, some innovations are overturning established codes. Such is the case with the 4-axis core-RΘ 3D printer designed by Joshua Bird. This audacious maker has pushed back the boundaries…