Vision

Our Technology Roots

(USP3D - A Spinoff Initiative from Ghent University)

To remain at the forefront of cutting-edge developments in electrical machines, our spin-off maintains a robust partnership with our alma mater, Ghent University. Our collaboration is well-established with the esteemed electrical machine research team, under the guidance of Professor Peter Sergeant. This strategic alliance serves as a vital bridge between academia's latest advancements and industrial practices. Currently, we are actively engaged in collaborative projects as follows.

OUR STORY

Vision of USP3D

Innovation is one of our most important assets.
We believe in thinking differently. Our goal is to develop
Unique, Smart, Pioneering
solutions for electrical machine windings using 3D printing technology.Interested to know why?

Sustainability Is Our DNA

At USP3D, we are dedicated to revolutionizing the electric vehicle and aerospace industries by prioritizing sustainability in our manufacturing processes. Our goal is to redefine the standards of electric motors, ensuring they not only empower our customers to go faster and lighter but also significantly reduce their environmental impact.

Recognizing the challenges posed by the current reliance on resource-intensive materials like copper in electric motors, we are committed to improving and reformulating our technology. Our focus is on creating electric motors that eliminate environmentally harmful materials, particularly copper, from our manufacturing processes.

Through our innovative USP3D technology, we are developing electric motors that are not only market leaders in efficiency and power density but also stand as the most sustainable in the world. Our motors are designed for recyclability at the end of their life cycle, mitigating environmental strain and contributing to a truly circular economy.

By spearheading this transformative shift, we aim to align our products with the global mission of achieving a true net-zero future. We strive to meet the growing demand for electric vehicles and aerospace technology without compromising the health of our planet.

Join us on our journey toward a greener, more sustainable future—where high performance meets environmental responsibility.

Empowering Weight-Sensitive E-Drive Applications With Wings

Connecting The Dots

We understand the challenges of navigating the complex landscape of the E-mobility industry and strive to bridge gaps by providing you with the right solutions. At USP3D, our strategy revolves around "Connecting the Dots." These dots represent encounters with partners, customers, investors, and mentors, each adding valuable insights to the journey. Through our B2B and multi-partner projects, we facilitate collaborations at both European and international levels, creating synergies for impactful outcomes. By embracing unforeseen opportunities, we actively engage with the ecosystem, creating connections that contribute to a larger picture of progress in E-mobility.

USP3D is not just about products; it's about growing connections that drive innovation in E-mobility.

Digitalization & Automation
Smarter Engineering, Seamless Execution
Built In-House, Built for Speed

USP3D’s proprietary design chain tools are at the core of our digital workflow. They’re purpose-built to serve the unique needs of advanced e-motor winding production. Every aspect—from electromagnetic layout to 3D printability—is optimized through automation, ensuring each part is ready for production before the first print even starts. The result? Predictable outcomes, smart customization, high precision, and unmatched development speed, all driven by a single seamless platform.

Meet Our Team

Our team possesses valuable knowledge and skills, including proficiency in utilizing design tools for rough sizing of a diverse range of electric machines. Moreover, we have been building our experience with applying additive manufacturing for electrical machines by taking the lead on relevant projects. These capabilities have been crucial in developing 3D-printed electrical machine windings and thermal management products. Our team's know-how is directly applicable to the innovation in electrical machine design, enabling us to push the boundaries of what's possible in the field of E-mobility.