The Future of Innovation: Metal 3D Printing and Deeptech Startups on the Rise
May 16, 2025, 4:20 pm
In the landscape of modern technology, two narratives are emerging as beacons of innovation: metal 3D printing and deeptech startups. Both are reshaping industries, driven by the relentless pursuit of efficiency and sustainability.
First, let’s dive into the world of metal 3D printing. MX3D, a trailblazer based in Amsterdam, has recently secured €7 million in funding to expand its operations globally. This investment, led by EDF Pulse Ventures, marks a significant milestone for the company. It aims to enhance its M1 Metal AM System, a game-changer in the manufacturing sector. Imagine a robotic arm meticulously layering metal, creating intricate designs with precision. This is not just art; it’s the future of manufacturing.
The M1 system employs Wire Arc Additive Manufacturing (WAAM), a technique that drastically reduces material waste—over 80% compared to traditional methods like casting and forging. This is akin to sculpting a statue from a block of marble, where every chip is intentional, and nothing is wasted. Industries such as energy, maritime, and aerospace are already reaping the benefits. Clients like BMW Group and the U.S. Army are not just observers; they are active participants in this revolution.
As demand surges, MX3D is ramping up production at its Amsterdam headquarters. A new facility will house six additional WAAM systems, bringing the total to 15. This expansion is not merely about numbers; it’s about capability. These machines can print up to 20 tonnes of metal components, a feat that speaks volumes about the potential of additive manufacturing.
Partnerships are also crucial in this journey. MX3D has teamed up with Phillips Corporation to penetrate the U.S. federal market. This strategic move is part of a broader plan to establish a robust international sales network. With ISO 9001 certification and successful audits from oil and gas giants, MX3D is poised for mission-critical applications. The company’s technology has already proven its reliability in high-stakes environments, particularly in nuclear manufacturing with Framatome.
The funding from EDF and other investors is not just financial support; it’s a vote of confidence in a sustainable future. The emphasis on reducing carbon footprints aligns perfectly with global efforts to combat climate change. This investment isn’t just about profit; it’s about paving the way for a greener tomorrow.
Now, let’s shift gears to the realm of deeptech startups. Conception X, a UK-based nonprofit, is making waves by transforming PhD students into founders. This initiative is a breath of fresh air in the often-stagnant academic world. With a portfolio valued at £500 million, Conception X is not just nurturing ideas; it’s cultivating a new generation of innovators.
The organization has launched an angel syndicate, bringing together leading scientists and engineers to mentor budding entrepreneurs. This isn’t just about funding; it’s about fostering a culture of innovation. Imagine a garden where the seeds of scientific research blossom into startups. Conception X is that nurturing environment.
Dr. Riam Kanso, the driving force behind Conception X, recognized a gap in the system. PhD students often toil away in labs, producing groundbreaking research that rarely sees the light of day. By encouraging these scholars to build companies, Conception X is accelerating scientific breakthroughs. It’s a win-win: researchers gain practical experience, and society benefits from their innovations.
Since its inception in 2018, Conception X has built over 150 deeptech companies. These startups tackle pressing issues, from cancer vaccines to carbon-absorbing materials. The focus is on trust-based capital, providing early-stage funding without the usual strings attached. This approach empowers scientists to pursue their passions without the fear of losing control over their ideas.
The angel syndicate, which raised £600,000 in just a week, will make 15 investments this year. Each investment is a stepping stone for deeptech teams at the pre-incorporation stage. The emphasis is on fair, founder-friendly terms, setting a new standard for Europe’s technical talent. This is not just another funding round; it’s a movement to redefine how science and entrepreneurship intersect.
Conception X positions itself as a collaborator with universities, not a competitor. By helping PhD students navigate the complexities of intellectual property, they ensure that innovative ideas can flourish. The organization’s model allows researchers to retain ownership of their IP, a significant advantage in the startup ecosystem.
As these two narratives unfold, the synergy between metal 3D printing and deeptech startups becomes evident. Both are driven by a desire to innovate, reduce waste, and create sustainable solutions. MX3D’s advancements in manufacturing complement Conception X’s mission to empower the next generation of scientists. Together, they represent a future where technology and research converge to solve real-world problems.
In conclusion, the landscape of innovation is evolving. Metal 3D printing and deeptech startups are at the forefront, challenging traditional paradigms. As we look ahead, it’s clear that the future belongs to those who dare to dream and innovate. The journey is just beginning, and the possibilities are limitless.
First, let’s dive into the world of metal 3D printing. MX3D, a trailblazer based in Amsterdam, has recently secured €7 million in funding to expand its operations globally. This investment, led by EDF Pulse Ventures, marks a significant milestone for the company. It aims to enhance its M1 Metal AM System, a game-changer in the manufacturing sector. Imagine a robotic arm meticulously layering metal, creating intricate designs with precision. This is not just art; it’s the future of manufacturing.
The M1 system employs Wire Arc Additive Manufacturing (WAAM), a technique that drastically reduces material waste—over 80% compared to traditional methods like casting and forging. This is akin to sculpting a statue from a block of marble, where every chip is intentional, and nothing is wasted. Industries such as energy, maritime, and aerospace are already reaping the benefits. Clients like BMW Group and the U.S. Army are not just observers; they are active participants in this revolution.
As demand surges, MX3D is ramping up production at its Amsterdam headquarters. A new facility will house six additional WAAM systems, bringing the total to 15. This expansion is not merely about numbers; it’s about capability. These machines can print up to 20 tonnes of metal components, a feat that speaks volumes about the potential of additive manufacturing.
Partnerships are also crucial in this journey. MX3D has teamed up with Phillips Corporation to penetrate the U.S. federal market. This strategic move is part of a broader plan to establish a robust international sales network. With ISO 9001 certification and successful audits from oil and gas giants, MX3D is poised for mission-critical applications. The company’s technology has already proven its reliability in high-stakes environments, particularly in nuclear manufacturing with Framatome.
The funding from EDF and other investors is not just financial support; it’s a vote of confidence in a sustainable future. The emphasis on reducing carbon footprints aligns perfectly with global efforts to combat climate change. This investment isn’t just about profit; it’s about paving the way for a greener tomorrow.
Now, let’s shift gears to the realm of deeptech startups. Conception X, a UK-based nonprofit, is making waves by transforming PhD students into founders. This initiative is a breath of fresh air in the often-stagnant academic world. With a portfolio valued at £500 million, Conception X is not just nurturing ideas; it’s cultivating a new generation of innovators.
The organization has launched an angel syndicate, bringing together leading scientists and engineers to mentor budding entrepreneurs. This isn’t just about funding; it’s about fostering a culture of innovation. Imagine a garden where the seeds of scientific research blossom into startups. Conception X is that nurturing environment.
Dr. Riam Kanso, the driving force behind Conception X, recognized a gap in the system. PhD students often toil away in labs, producing groundbreaking research that rarely sees the light of day. By encouraging these scholars to build companies, Conception X is accelerating scientific breakthroughs. It’s a win-win: researchers gain practical experience, and society benefits from their innovations.
Since its inception in 2018, Conception X has built over 150 deeptech companies. These startups tackle pressing issues, from cancer vaccines to carbon-absorbing materials. The focus is on trust-based capital, providing early-stage funding without the usual strings attached. This approach empowers scientists to pursue their passions without the fear of losing control over their ideas.
The angel syndicate, which raised £600,000 in just a week, will make 15 investments this year. Each investment is a stepping stone for deeptech teams at the pre-incorporation stage. The emphasis is on fair, founder-friendly terms, setting a new standard for Europe’s technical talent. This is not just another funding round; it’s a movement to redefine how science and entrepreneurship intersect.
Conception X positions itself as a collaborator with universities, not a competitor. By helping PhD students navigate the complexities of intellectual property, they ensure that innovative ideas can flourish. The organization’s model allows researchers to retain ownership of their IP, a significant advantage in the startup ecosystem.
As these two narratives unfold, the synergy between metal 3D printing and deeptech startups becomes evident. Both are driven by a desire to innovate, reduce waste, and create sustainable solutions. MX3D’s advancements in manufacturing complement Conception X’s mission to empower the next generation of scientists. Together, they represent a future where technology and research converge to solve real-world problems.
In conclusion, the landscape of innovation is evolving. Metal 3D printing and deeptech startups are at the forefront, challenging traditional paradigms. As we look ahead, it’s clear that the future belongs to those who dare to dream and innovate. The journey is just beginning, and the possibilities are limitless.