ESILV, De Vinci Higher Education Engineering School, and the Institute for Future Technologies (IFT) announce the installation of a state-of-the-art 3D printing machine: the Fuse from Formlabs.
This advanced Selective Laser Sintering (SLS) printer will enable students and researchers to push the boundaries of design and create objects of near-industrial grade.
A 3D printing machine: the Fuse from Formlabs, What Does This Mean in Practice?
This machine is essential for student researchers because it enables them to rapidly prototype and test functional designs with industrial-grade precision.
The Formlabs Fuse provides access to Selective Laser Sintering (SLS) technology, which allows for creating complex, high-strength parts that can withstand real-world conditions. This technology is particularly valuable for engineering, robotics, biomedical applications, and sustainable manufacturing research.
Additionally, the Fuse’s speed and flexibility enable students to iterate on their designs quickly, reducing development time and allowing for hands-on learning with cutting-edge fabrication techniques.
The open material mode also allows researchers to experiment with various powders, expanding the possibilities of material science and innovation.
By integrating this state-of-the-art technology into their work, students can develop real-world problem-solving skills, gain practical industry experience, and contribute to groundbreaking research projects.
- Precision & Durability—The Fuse produces Nylon 12 prototypes designed to withstand real-world conditions, making it ideal for functional testing and product development.
- Design Flexibility – SLS technology allows for creating complex geometries and intricate shapes previously difficult or impossible to achieve.
- Faster Prototyping – The process is significantly streamlined from concept to prototype, reducing development time and enhancing innovation.
The Fuse: A Truly Rapid SLS 3D Printing Solution
The Formlabs Fuse is designed for speed and efficiency, offering same-day parts with an optimized workflow. A typical print job takes just seven hours, and 95% of fully packed print jobs can be completed within 14 hours.
Industrial-Grade Materials & Open Mode—The Fuse supports a wide range of high-performance industry-standard materials, ensuring durability and functionality for prototyping and production. Additionally, with Open Material Mode, users can print with any 1064 nm powder, expanding material possibilities. Streamlined, Automated Ecosystem – The Formlabs Fuse offers an end-to-end, fully automated workflow from setup to finished parts, ensuring seamless operation and minimal manual intervention.
This milestone marks a significant step forward for innovation and research at ESILV and IFT, reinforcing their commitment to equipping future engineers and entrepreneurs with cutting-edge technology.
The Role of Advanced Technology in ESILV’s Creative Technology Programmes
ESILV’s commitment to cutting-edge innovation is reflected in its two specialized programs: the MSc Innovation & Creative Technology and the Creative Technology major in the Master of Engineering program.
Both pathways prepare students to become leaders in research, design, and digital manufacturing, equipping them with the skills to transform ideas into tangible products.
Integrating high-quality technologies like the Formlabs Fuse 3D printer enhances students’ learning experience by providing hands-on opportunities to prototype, iterate, and innovate.
A Space for Collaboration and Experimentation
IFT is an open and collaborative space, welcoming those eager to prototype and experiment. Whether you’re an artist, entrepreneur, or company, the lab fosters multidisciplinary projects spanning robotics, environmental preservation, new transportation methods, space exploration, and artificial prosthetics.
At the core of IFT’s philosophy is the belief that technology should serve as a unifying force, creating an inclusive, sustainable world where everyone has a role. Community members engage with next-generation technologies, including Artificial Intelligence, 3D/4D printing, and Skin Interfaces, while also exploring industrialization processes.
IFT embodies the values of knowledge-sharing, mutual support, and responsible innovation by bringing together passionate makers, students, and mentors. With the arrival of the Formlabs Fuse, the possibilities for design and creation have never been greater!
Learn more about ESILV’s programmes and The Institute for Future Technologies