Applications
Lazer Sport Unveils 3D Printed Bicycle Helmets With KinetiCore Technology
In recent years, the emergence of 3D printing within the cycling realm has become increasingly prevalent. We’ve explored innovations such as more ergonomic saddles, enhanced bike comfort, and even fully customizable bicycles like those created by INTENSE and Aston Martin. T
- 3 min read
- Applications
- Six more stories
In recent years, the emergence of 3D printing within the cycling realm has become increasingly prevalent. We’ve explored innovations such as more ergonomic saddles, enhanced bike comfort, and even fully customizable bicycles like those created by INTENSE and Aston Martin. This week marks another advancement, as Lazer Sport NV, a prominent European cycling helmet manufacturer, recently announced the development of a new lineup of 3D printed bicycle helmets.
Lazer Sport is innovating by developing a new generation of bicycle helmets designed to improve cyclists’ comfort and safety, while minimizing its ecological footprint. To achieve this goal, the company has opted for the full use of Siemens Xcelerator industrial software. This strategic decision aims to bolster the launch of KinetiCore, a new technology adopted by Lazer Sport to mitigate rotational impact forces. In the unfortunate event of a fall while cycling, where the skull undergoes impact, the brain is subject to both linear acceleration and rotation. KinetiCore protection, featuring distinctive deformation zones, endeavors to minimize the repercussions of both linear and rotational forces during such impacts. Crafted with specialized zones engineered to deform upon impact, these components serve to redirect energy away from the brain. Lazer Sport’s primary aim is to deliver comprehensive impact protection for cyclists, whether cycling concrete streets or venturing rugged off-road terrain.
Photo Credits: Lazer Sport
3D Printing at the Heart of New Bicycle Helmets
The KinetiCore development team utilized Siemens Xcelerator from Siemens Digital Industries Software. It’s important to note that Siemens Xcelerator includes a comprehensive suite of 3D printing solutions, bringing together various partnerships in the additive manufacturing industry. Lazer Sport utilizes Siemens’ NX™ software for product design and manufacturing, along with Simcenter™ 3D software for digital simulation and verification. Employing a CAD program, the team conducted simulations to foresee the strength of the helmet after enduring realistic impact. This approach expedited the process and proved more cost-effective, streamlining the testing of multiple models without the need for expensive prototypes. Emiel Spreeuwers, Product Designer at Lazer Sport explained:
More from the desk
Six other notes from the rest of the bench.
ApplicationsCUPRA accelerates the development of its racing vehicle thanks to AMAutomotive manufacturer CUPRA recently unveiled the results of its 3D printing work, performed on HP Multi Jet Fusion machines. The sports division of the Seat Group has indeed relied on additive manufacturing to accelerate the development of its new racing…
MaterialsProdways’ New Breakthrough Resin for the Dental IndustryThough one of Europe’s leading manufacturers of 3D printers, Prodways offers solutions across the entire 3D printing value chain and for several industries. Earlier this month, the company launched its first automated 3D printing modular system for the dental industry,…
MaterialsTitanium: the 3D printing metal of the future in the medical sector?Sandvik’s additive manufacturing and metal powder specialists are preparing for the future of medical implants. The high-tech and global engineering group is currently unlocking the potential of 3D printed titanium devices for the medical industry at their cutting-edge titanium p
NewsHow Did a 3D Printing Error Turn Into Gecko-Inspired Anisotropic Structures?What if a 3D printing defect could become the key to developing a new technology? This is the proposal of a group of researchers at Hanyang University in South Korea, who took advantage of overcuring to create adhesive surfaces inspired…
Materials3D Printing vs CNC Machining: Which is best for prototyping?3D printing is a rapidly growing technology with many advantages over traditional manufacturing methods. It however has its problems, including that 3D printing cannot be effectively used for mass production, and is limited in speed and accessibility. Another manufacturing techni
NewsTop 5 Videos: 3D Printed Fashion Designs & More!This week’s Top 5 Videos include videos ranging from 3D printed fashion designs to 3D printing in education, and more. This shows how versatile 3D printing is and how many industries it can benefit. Remember, a new Top 5 Videos…