The collaboration marks a shift toward a broader fabrication paradigm, emphasizing the integration of idea and tangible object through advanced hardware. Jessie Liu argued that the future of prototyping lies in tightening the feedback loop between conceptual design and physical testing, utilizing platforms that combine multi-laser engineering with high-resolution digital printing.
In section Releases
xTool and MIT Researchers Expand Rapid Prototyping Beyond 3D Printing
At the MIT Museum in Cambridge, xTool President Jessie Liu joined researchers from the MIT Center for Bits and Atoms to redefine rapid prototyping. The event showcased how multi-wavelength laser manipulation and high-precision UV printing are moving beyond traditional additive manufacturing to accelerate scientific and artistic innovation.
Advancing Scientific and Creative Fabrication
Researchers from the MIT Media Lab and CBA demonstrated practical applications of this technology, ranging from cryogenic hardware to fine arts. Prof. Wedyan Babatain showcased the use of CO₂ lasers to create flexible electronics with 50 µm trace widths, while other teams utilized UV printing for structural origami and custom glassblowing molds. The showcase highlighted the xTool X1, which features a Hybrid Motion system, and the O1 Omni Printer, both designed to handle diverse materials from fabric to rigid substrates. During the "1% for the Makers" ceremony, the company pledged further support for educational institutions, announcing equipment grants for Yale University, MassArt, and MIT, bringing their total global contributions to over $1 million in hardware.
Comments (0)
No comments yet. Be the first!