Stratasys Ltd.
3D polymer part

Stratasys to Buy Desktop Metal for $1.8 Billion

May 25, 2023
One of the largest metal 3D printing companies merging with one of the oldest and largest plastics 3D printing specialists promises to shake up the additive manufacturing world.

The 3D printing industry has let mass-production manufacturers down for decades, failing to reach the technology's potential to revolutionize production, said Stratasys CEO Yoav Zeif in explaining why his company is buying rival Desktop Metal for $1.8 billion.

“I’m here for three-and-a-half years, and I’m struggling with the positioning of additive globally," Zeif told investors in a conference call following the deal's announcement. He noted that additive should be able to tackle some of the biggest challenges facing manufacturing from labor shortages to sustainability concerns to operating efficiencies, but it hasn't. "We are the only profitable company in this industry, so something doesn't work... additive doesn't provide the quality per part, cost per part or process that manufacturing needs."

His solution: scale. Get bigger and expand offerings by buying a company that can immediately expand its product suite.

Stratasys' portfolio is almost entirely polymer-based 3D printing. Desktop Metal specializes in metals. Combining the two will expand material offerings, but more importantly, Zeif said, it will give the companies the credibility they need to convince large manufacturers to replace existing assembly lines with additive equipment.

“We want an inflection point. We want manufacturing,” Zeif said. “That is what we are doing here. We are shortening the time frame to be heavily into manufacturing.”

Desktop Metal Co-Founder, Chairman and CEO Ric Fulop echoed those statements, adding, “We expect to transform the additive industry and bring it into the world of mass production."

Stratasys, founded in 1989, will buy Desktop Metal, founded in 2015, in an all-stock deal. Though the companies are calling the deal a combination, not a buyout, Desktop Metal shareholders are getting Stratasys stock in the deal, and Stratasys CEO Yoav Zeif will be the CEO of the combined company. Fulop will stay on as chairman of the board of directors.

Fulop called the deal “a turning point in driving the next phase of additive manufacturing for mass production."

The companies said that while they're in the same basic industry, their different approaches to the market mean they see little redundancy. Leaders expect to save about $50 million per year by 2025 by merging some sales and back-office functions, but they said research and development will continue, noting the combined 800 scientists and engineers that the companies will have. 

“The combined company is expected to offer customers end-to-end solutions from designing, prototyping, and tooling to mass production and aftermarket operations across the entire manufacturing lifecycle," the companies said in their merger announcement. 

During the call with analysts and investors, Fulop and Zeif focused on the huge potential the deal brings to manufacturers. Zeif said many major producers have expressed interest in adopting additive for large-scale manufacturing, but they didn't trust that young, often startup technology providers would still be around a decade later to service machines or offer upgrades.

“Many companies are having concerns about taking these steps and transforming production lines because the other side isn’t strong enough,” Zeif said, adding that Stratasys' purchase of Desktop Metal may allay those fears. 

When it came to discussing the likelihood of the deal going through, however, both executives got cagey and elusive. One analyst asked specifically about the chances of winning regulatory and anti-trust approvals.

When asked if Desktop Metal would get a breakup fee if it isn't able to complete the merger (a typical provision for the company being purchased), Fulop said only that the deal includes standard merger provisions.

This is a developing story. Expect updates throughout the day.

Stratasys to Buy Desktop Metal for $1.8 Billion was originally published on IndustryWeek, an Endeavor Business Media partner site.

About the Author

Robert Schoenberger | Editor-in-Chief – IndustryWeek, Endeavor Business Media

Robert Schoenberger has been writing about manufacturing technology in one form or another since the late 1990s. He began his career in newspapers in South Texas and has worked for The Clarion-Ledger in Jackson, Mississippi; The Courier-Journal in Louisville, Kentucky; and The Plain Dealer in Cleveland where he spent more than six years as the automotive reporter. In 2013, he launched Today's Motor Vehicles, a magazine focusing on design and manufacturing topics within the automotive and commercial truck worlds. He joined IndustryWeek in late 2021.

Editorial Mission Statement: 

Manufacturing is an endlessly fascinating world. Nearly every object that we touch or use daily came out of a factory and is the result of design, engineering, procurement, supply chain, inventory control, and management processes. My goal is to keep leaders in the $42 trillion manufacturing world up to date on developments in their industry in ways that inform and entertain them without wasting their time.

Why I Find Manufacturing Interesting: 

Several years ago, I visited a plant in Pennsylvania that used laser equipment to etch fine lines in large plastic injection molds used to create dashboards on cars. The laser-etched lines created the faux-leather pattern on the dashboard, a vast improvement of the photochemical process that automotive suppliers had used for decades to create the illusion of natural products. The idea that designers had crafted the faux-leather patterns, that engineers had developed machines that could generate the fine lines needed, that machine shops could cut the complex shape of the dashboard into the mold shape—all for an aesthetic feature in a car that most drivers would never consciously notice (but the car would feel odd in its absence)—drove home the massive amount of human effort that goes into everything produced with modern machinery.