xTool President Jessie Liu presents “Rapid Prototyping: Beyond 3D Printing,” highlighting next-generation laser and UV printing platforms while showcasing groundbreaking multidisciplinary research from the MIT Center for Bits and Atoms (CBA).
CAMBRIDGE, Mass., Oct. 14, 2026 /PRNewswire/ — xTool, a global leader in desktop digital fabrication solutions, partnered with the MIT Museum, the Fab Foundation, and the MIT Center for Bits and Atoms (CBA) to host a landmark technology talk titled “Rapid Prototyping: Beyond 3D Printing” at the MIT Museum in Cambridge, Massachusetts. Featuring a keynote address by xTool President Jessie Liu, collaborative research presentations from MIT CBA, and live hardware demonstrations, the event explored how advanced laser and digital fabrication tools are supporting new applications in scientific research, education, distributed production, and fine arts.
Redefining Rapid Prototyping Beyond 3D Printing
xTool President Jessie Liu presents “Rapid Prototyping: Beyond 3D Printing” at the MIT Museum in Cambridge, Mass.
For years, rapid prototyping was almost synonymous with 3D additive printing. During her keynote speech, Jessie Liu challenged this narrow view, presenting a broader paradigm driven by precise energy application, multi-wavelength laser manipulation, and full-color UV printing on diverse materials.
“Rapid prototyping was never really about a single machine—it is about tightening the loop between an idea and a tangible object you can hold, test, and learn from,” said Jessie Liu, President of xTool. “By combining advanced multi-laser engineering with high-precision digital printing, we are enabling creators and engineers to move seamlessly from concept to finished prototype on a single workbench.”
To demonstrate these capabilities, xTool showcased its latest innovations:
- xTool X1 (All-In-One Laser Platform): Featuring the breakthrough Hybrid Motion™ System—which unifies gantry scale and high-speed galvo scanning into a single coordinated four-axis system—and Laser Swap™ technology, allowing multiple laser sources (CO₂, Diode, Fiber, MOPA, UV) to operate through a unified precision optical head.
- xTool O1 Omni Printer: A multi-surface UV printing platform featuring Pixel-Scan™ Vision Technology for true 1:1 distortion-free positioning, enabling full-color printing and 3D raised texture across rigid, flexible, and fabric materials.
MIT CBA Research: Desktop Fabrication Driving Interdisciplinary Innovation
Highlighting the deep academic and research synergy between xTool and leading research institutions, researchers, alumni, and artists from the MIT Center for Bits and Atoms (CBA) and MIT Media Lab presented real-world applications of xTool’s creator ecosystem across cutting-edge science, engineering, and creative art:
- Powering Advanced Electronics & Cryogenic Hardware: Prof. Wedyan Babatain presented her recently published paper in Advanced Science (“Laser-Enabled Fabrication of Flexible Printed Electronics with Integrated Functional Devices”), demonstrating E-LIG (selectively electroplated laser-induced graphene). Utilizing xTool CO₂ lasers, the process enables maskless patterning of conductive circuits with double-sided vias down to 50 µm trace widths, seamlessly integrating tactile sensors, heaters, and electrothermal actuators directly onto flexible substrates. Additionally, Alex Wynn (Adiabatic Machines / MIT CBA) demonstrated how they use the xTool F2 Ultra and F2 Ultra UV (MOPA and UV) to fabricate flexible copper test interfaces for superconducting digital circuits operating near 4 Kelvin, enabling rapid physical iteration of cryogenic hardware.
- Expanding UV Printing & Custom Applications: Dr. Camron Blackburn (Co-founder and CTO of Adiabatic Machines) presented the applications of the xTool O1 Omni Printer, demonstrating direct UV printing on custom mosaic tiles and paying tribute to structural origami designs and glassblowing art.
- Reinventing Robotics, RF & Field Fabrication: The Voxel Assembly Team demonstrated using xTool MetalFab and P2 laser systems for prototyping metal sheet parts, robotic voxel assemblies, and structural components for Toyota personal mobility prototypes. Furthermore, Dr. Quentin Bolsée and Alan Han illustrated rapid PCB iteration, RF ring resonator engraving, and motor control board production for remote Fab Labs.
- Bridging AI, Photography & Fine Arts: Eitan Wolf (MIT Media Lab) highlighted 2D-to-3D laser engraving workflows driven by Midjourney, Gemini, and xTool Atomm AI on the F2 Ultra UV. Meanwhile, Alfonso Parra Rubio, Peter Houk and Erik Strand utilized xTool MetalFab to cut and weld custom metal molds on-demand for glassblowing, and photographer Jacob Geiger showcased transmissive photographic works printed directly onto plate glass using xTool UV printers.
Following the academic presentations, attendees gathered at the nearby Fab Hub Kendall for an exclusive hands-on experience, marking the first offline public live demonstration of the xTool X1. Amid enthusiastic audience engagement, attendees watched separate live production demos of both the xTool X1 and xTool O1 Omni Printer, experiencing firsthand how each machine transformed raw materials into finished creations through precision laser cutting and high-resolution UV printing.
“1% for the Makers”: Sustaining Global Innovation & Education
xTool hosts the “1% for the Makers” donation ceremony at the MIT Museum, awarding equipment grants to top university student chapters.
Reaffirming its dedication to educational empowerment, xTool hosted its “1% for the Makers” donation ceremony during the event. Under this pledge, xTool commits 1% of its annual net profit in products to schools, non-profits, and makerspaces globally in partnership with the Fab Foundation and Make:.
With over $1M in total donations distributed across more than 100+ global partners to date, xTool announced new equipment grants to student organizations and campus innovation chapters at premier institutions—including Yale University, Massachusetts College of Art and Design (MassArt), and MIT CBA. By bridging human imagination and physical creation (Mens et Manus), xTool continues to empower the next generation of researchers, designers, and innovators.
About xTool
xTool is a global premium consumer-tech brand dedicated to empowering digital-to-physical creation. As the world’s largest and fastest-growing laser engraver innovator, xTool provides a comprehensive ecosystem of laser-based personal creative tools, material printers, user-friendly software, accessories, and consumables. Through these innovations, xTool empowers creators to turn imagination into meaningful creations that deliver emotional fulfillment, commercial success, and personal achievement. Discover more at xtool.com.