AMR

Volkswagen Adds Metal 3D Printing Capacity with MetalFAB System

Share this Article

Though the automotive industry was one of the earliest adopters of additive manufacturing (AM) for prototyping purposes, the cost of the technology has been too high to apply it to end part production at scale. That is beginning to change, however, and one of the leaders demonstrating the paradigm shift taking place is the Volkswagen Group (VW), which has been steadily increasing its metal 3D printing capacity. The latest move from VW is the acquisition of a second MetalFAB 3D printer from Dutch manufacturer Additive Industries.

VW Adds Second MetalFAB 3D Printer

Volkswagen began ramping up its use of metal AM in 2018, when it established a 3D printing center dedicated to the technology. There, the automotive giant installed a MetalFAB laser powder bed fusion (LPBF) machine, which it chose for its high level of automation, thus reducing manual intervention and improving safety. Moreover, the 3D printer is modular in design, allowing VW to expand production capacity without necessarily investing in entirely new machines.

This 3D printed tooling nozzle is used for the production of the VW Tiguan, with over 1,000 made per year for the manufacturing of the vehicle. Previously, the element was made up of two machined and welded parts. With the MetalFAB system, there is no post-processing required, resulting in 650 percent cost reduction.

Additive Industries highlights the enhanced throughput possible with its systems, including full-field lasers and automated build changeovers. VW has additionally engaged in parameter development with the company, as well as invested in its Powder Load Tool and Powder Recovery Station.

The nozzles produced as a batch within the MetalFAB machine.

“We as Additive Industries are pleased to be able to provide Volkswagen Group with their second MetalFAB system. We are here to help them expand their capabilities in the field of additive manufacturing and move towards the next step in the automotive industry,” said Mark Massey, Chief Executive Officer at Additive Industries.

3D Printing in Automotive

A number of developments have seen the automotive sector embrace 3D printing for end parts at an increasing rate. Among those is the evolution of processes for larger batch production, as well as further automation. The former chiefly relates to larger metal 3D printers and the growth in metal binder jetting. LPBF systems are expanding in terms of build volume and laser capacity, allowing for higher throughput, thus allowing these printers to pay for themselves more quickly. Meanwhile, metal binder jetting is being pitched as a cost-competitive process for 3D printing larger numbers of parts.

As far as automation is concerned, 3D printer manufacturers and users are attempting to reduce the total amount of human intervention required to run machines. BMW, for instance, was involved in a key project dedicated to automating the pre- and post-process steps in LPBF. Since then, BMW has begun a similar process with sand casting cores.

Founded in 2012, Additive Industries was among the first 3D printer manufacturers to focus on automation, when it unveiled the first iteration of its MetalFab system. While other firms began to toy with the idea, Additive Industries essentially pushed the LPBF sector as a whole to explore automation in earnest.

With this in mind, the MetalFAB is an apt choice for VW, which is Europe’s largest carmaker and operates 12 brands, including Audi, Porsche, Ducati, Bentley, and Lamborghini. Through all of these brands, VW company is a major user of AM and has set high goals for the use of the technology in end part production. With HP’s metal binder jet technology, for instance, it aims to 3D print 100,000 components annually.

Additive Industries’ Trajectory

Despite its high-end systems and high-profile clients, Additive Industries struggled a bit as the industry and economy as a whole slumped. In turn, the Wintermans family, the firm’s leading investor that helped co-found Additive Industries, dedicated further funds to the business, as its former CEO transitioned out in 2020 before yet another CEO left in 2022. Massey, the current leader of the company previously served as chief commercial officer.

Additive Industries’ overall strategy, to increase throughput and quality control in order to reduce total cost of ownership over time, is a solid one. Moreover, it has the support of a loyal investor in the Wintermans family, who should continue to back the firm as it progresses. Even in the tumult of executive changes, is has been able to find new and maintain old customers, including ABB, Safran, and VW.

Repeat business from powerful clientele would suggest that the company and its technology remain firm and, as Europe reaches for further decarbonization and supply chain resilience, the Dutch 3D printer manufacturer could find itself growing quite quickly.

Share this Article


Recent News

Hinetics 3D Prints Heatsinks for Electric Aviation via Protolabs

PROFORGE 250 3D Printer Boasts Two Printheads for Roughly $1,000



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

3D Printing News Briefs, June 15, 2024: 3D Printed Research & Lamps & Guns & More

In 3D Printing News Briefs today, we’ll start with some business and research news, then move on to a software tool. We’ve got a story about an accused terrorist and...

Researchers Gain New Levels of Control over Volumetric 3D Printing

A recent study published in Advanced Materials Technologies by Nathaniel Corrigan, Xichuan Li, Jin Zhang, and Cyrille Boyer delves into the advancements in xolography, a pioneering volumetric 3D printing method....

Now on Kickstarter: The “First Stable Desktop Pellet 3D Printer”

Kickstarter has been the graveyard for several high-profile 3D printers. The crowdfunding platform has also introduced numerous subpar 3D printers, alongside some truly outstanding ones. It was on Kickstarter that...

Sponsored

Revolutionizing Additive Manufacturing: A Deep Dive into Hybrid and Multi-Material Printing with PAEKs

The landscape of additive manufacturing is undergoing a profound transformation with the integration of PolyArylEtherKetone (PAEK) polymers. In this article, we explore the exciting possibilities, practical applications, and challenges associated...