Our current research largely focuses on improving the energy efficiency, cost effectiveness, accuracy and speed of precision and ultra-precision motion delivery systems by optimizing their mechanical, controller and software components integrally. Application areas include high-speed machine tools, wafer scanners, 3D printers, robots and precision measurement devices. Our research is also finding applications in the automotive industry and in low-resource settings. Visit our research page to find out more.
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Also featured on: Discovery Channel Canada; 3ders.org; 3dprintingindustry.com; all3dp.com; additivemanufacturing.com; techbriefs.com; designnews.com; and many more.
Click here to see a detailed comparison of the Capitol prints (all performed on HICTOP Prusa i3)
Click here for results on Lulzbot Taz 6.
Are you interested in an online course to learn more about FBS and other software-based vibration reduction techniques? If so, register your interest here: https://docs.google.com/forms/d/e/1FAIpQLScjLrb71oU0fDjT3IafbZU567mgU8-2dooE6Feqlf9s4728kg/viewform
Click here to see a detailed comparison of the Capitol prints (all performed on HICTOP Prusa i3)
Click here for results on Lulzbot Taz 6.
Are you interested in an online course to learn more about FBS and other software-based vibration reduction techniques? If so, register your interest here: https://docs.google.com/forms/d/e/1FAIpQLScjLrb71oU0fDjT3IafbZU567mgU8-2dooE6Feqlf9s4728kg/viewform
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