The automotive industry is undergoing a significant transformation as electric propulsion and sustainable mobility take center stage. With 3D printing and additive manufacturing, this transformation is more than just technological; it’s signaling a shift toward a smarter, more efficient approach to vehicle development. At AnyShape, we leverage the benefits of advanced additive manufacturing to the automotive industry, helping manufacturers stay ahead in the race towards a more electric future.
With major automakers aiming for fully electric fleets by 2030, embracing cutting-edge technologies like additive manufacturing is no longer optional; it’s essential. AnyShape’s 3D printing capabilities enable rapid development cycles, from concept models and prototypes to production tooling and final parts. We deliver on-demand additive manufacturing to the automotive industry that not only cuts costs but also accelerates time-to-market, allowing you to remain one step ahead of the competition.
Our experience working with elite motorsport teams has given us a unique understanding of high-performance manufacturing. We’ve developed race-winning components that shave off crucial seconds and boost reliability on the track. Now, we’re applying those insights to everyday automotive manufacturing, leveraging our expertise to produce 3D printed parts that enhance vehicle performance, reduce weight, and optimize fuel efficiency. AnyShape’s solutions bring racetrack innovation to the open road, elevating the driving experience to new levels.
Sustainability isn’t just a goal; it’s a necessity. Our 3D printing methods reduce material waste by using only what’s needed, cutting material consumption by up to 65%. Additive manufacturing in the automotive industry is a much smarter choice for manufacturers focused on reducing their carbon footprint. With AnyShape, you’re not just investing in performance, but also in a more sustainable future for the automotive industry.
The days of mass-machining and overstocking parts are over. AnyShape’s ‘Just in Time’ service offers a smarter way to manage inventory, utilizing digital storage and on-demand production to eliminate unnecessary stockpiling. Our global network ensures that parts can be manufactured and delivered wherever they’re needed, reducing lead times and streamlining logistics. This approach also supports legacy vehicles by keeping older parts digitally available for maintenance and upgrades, making AnyShape an essential partner for sustainable automotive innovation.
Thanks to its speed and ability to construct complex designs, additive manufacturing has many benefits to the automotive industry. Leading automotive OEMs utilize additive manufacturing for a wide range of projects, from quick prototyping and concept vehicle designs to production tooling and end-user components.
There are a number of reasons why additive manufacturing is better than subtractive manufacturing for the automotive industry. During the prototyping stage of design, its speed allows you to have working components in a matter of days, not weeks; giving you a competitive edge over your market competitors. Additive manufacturing also creates highly complex and intricate designs that are not possible with subtractive manufacturing.
3D printing has numerous environmental benefits, minimizing waste and promoting a greener future. Additive manufacturing only utilizes the material required to produce the component reducing the amount of material wasted. It also allows for digital storage and on-demand production, cutting down on inessential product manufacturing.
3D printing can enhance a vehicle’s performance in numerous ways. Its ability to create complex structures allows for lighter components, resulting in improved fuel efficiency and faster speeds. It also allows automotive OEMs to create innovative designs that were previously not possible, improving a vehicle’s aerodynamics, handling, and overall performance.
Thanks to 3D printing, development in the automotive industry has never been faster. Ideas can be designed, printed and tested in a matter of days, whereas before, this process took many weeks. This means that improvements can be made up until the last moment, giving the development team more time to improve their vehicles before they go into production.
Depending on their applications, we can utilize an extensive range of materials in 3D printing for the automotive industry; from aluminum engine components and heat exchangers to PA12 nylon powder for air ducts and brackets. Materials are selected based on the specific requirements of the part, such as strength, flexibility, heat resistance, or weight reduction.