➀ Researchers at the University of Notre Dame are developing a robotic platform that uses lasers and computer-controlled stages to replicate the traditional glassblowing technique, aiming to create transparent solid structures for optical, microfluidic, and photonic devices. ➁ Ed Kinzel, an associate professor at Notre Dame, aims to capture the geometric freedom of hand-blown glass methods with the precision of modern 3D printing, addressing the challenges of rapid prototyping in glass. ➂ The team has developed a digital glass forming technique using a CO2 laser to locally melt small diameter glass filaments, allowing for the creation of 3D shapes through controlled deformation and interaction with a substrate.
Related Articles
- Opening of the MINT-Labor for Students and Students11 months ago
- TSMC N2X Node Slippage Could Impact AMD Zen 6 Timeline6 days ago
- Meet the Young Talent Scaling Alibaba’s AI Future at Tongyi Lab, Developer of Qwen Models6 days ago
- Can a Start-Up Make Computer Chips Cheaper Than the Industry’s Giants?6 days ago
- Robert Friedland Urges European Manhattan Project for Rare Earths9 days ago
- Corsair HX1500i Shift (2025) PSU Review21 days ago
- LG Electronics Debuts 'PuroTec' in European Market... Strengthening Global B2B Strategy24 days ago
- AMD and Sony preview next-gen game console technologies25 days ago
- Moor threading: China's Best GPU Aspirant27 days ago
- Palladium Filters Could Make Hydrogen Fuel Cheaper28 days ago