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3D printing in sports: The technology revolutionizing performance and customization

La impresión 3D ha irrumpido en múltiples sectores industriales, pero su impacto en el mundo del deporte es especialmente notable. Desde la fabricación de equipos personalizados hasta la creación de prótesis para atletas paralímpicos, esta tecnología está redefiniendo la forma de practicar y vivir el deporte.

In this article we explore how 3D printing is transforming sports, its most prominent applications and the latest innovations in this sector.

Customized sports equipment: A new era of comfort and performance

One of the biggest benefits of 3D printing in sports is customization. Each athlete has unique physical characteristics and needs that may not be met with standard products. 3D printing makes it possible to manufacture custom equipment, optimizing both comfort and performance.

For example, the U.S. brand Adidas has launched 4DFWD shoes, whose 3D printed midsole provides customized cushioning and improves running efficiency. Similarly, professional cyclists use 3D printed saddles adapted to the anatomy of each user, reducing the risk of injury and improving aerodynamics.

Sports prosthetics and orthotics: Restoring mobility and competitiveness

3D printing has also revolutionized sports orthopedics. Paralympic athletes and people with severe injuries benefit from lightweight, highly functional prostheses designed specifically for their needs and disciplines.

A prominent case is that of German sprinter Johannes Floors, who competes with customized 3D-printed prostheses that allow you to achieve impressive speeds. This technology not only improves performance, but also significantly reduces the cost and time to manufacture these devices.

Innovation in materials and sports safety

In addition to improving performance, 3D printing is being used to develop safer and stronger materials. Helmets for sports such as cycling, soccer and skiing are now being manufactured with 3D printed lattice structures, capable of better absorbing impacts and reducing the risk of brain injuries.

Companies like Hexr have led this innovation, offering custom-made helmets based on 3D scans of each wearer’s skull. This not only improves safety, but also comfort, which is critical for elite athletes and amateurs alike.

Recent Innovations: 3D printed basketball

Among the latest innovations in additive manufacturing is the launch of an airless 3D printed basketball, presented by the NBA and developed by Wilson. This ball features a lattice structure that mimics the shape, weight and behavior of a traditional ball, but without the need to inflate it or worry about losing pressure. The design allows for consistent bounce and improved grip, which could revolutionize equipment in the sport.

3d printing

«Wilson Airless Prototype» – Wilson

This development demonstrates how 3D printing is not only looking for customization, but also for practical and sustainable solutions in professional sports.

How far will 3D printing go in sports?

The potential of 3D printing in sports seems limitless. Today, this technology has evolved beyond product customization. Sustainability has become a key pillar and sports brands such as Nike and Puma are using recycled materials in their 3D printing processes, significantly reducing the carbon footprint. Shoe soles and protectors made from recycled plastics from oceans and industrial waste have been developed.

Looking ahead, by 2030, 3D printing is expected to be even more integrated into sports medicine, with customized implants to speed recovery from injuries. In addition, with the advancement of artificial intelligence, it is expected that printers will be able to automatically optimize designs based on the user’s performance.

In short, we can say that 3D printing is transforming the world of sports by leaps and bounds, offering customized solutions, improving safety and opening up new possibilities for athletes of all levels. Innovations such as the airless basketball and customized helmets show that the technology is not only functional, but also revolutionary in terms of sustainability and performance. As technology advances, we will see a sport that is more inclusive, efficient and tailored to the individual needs of each athlete.

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