“Industry-Academia-Research 1+ Plan” Third Round Funding List Announced: Astra Optics Limited’s Femtosecond Projection Nanomanufacturing Project Successfully Selected
The Innovation and Technology Commission of the Hong Kong Special Administrative Region Government recently announced the list of funded projects under the third round of the “Industry-Academia-Research 1+ Plan”. The project “Ultrafast Multi-Material 3D Nanomanufacturing Platform Based on Two-Photon Projection Technology”, co-applied for by Astra Optics Limited and led by founder Professor Shih-Chi Chen, was […]
Congratulations to Professor Shih-Chi Chen for Co-Leading the InnoHK Research Centre, Continuously Leading Frontier Research in Nanomanufacturing
Recently, The Chinese University of Hong Kong, with approval from the Innovation and Technology Commission of the Government of the Hong Kong Special Administrative Region, has established, in collaboration with the National University of Singapore, the “Centre for Heterogeneous Integration and Production” (CHIP) under the third InnoHK innovation platform (SEAM@InnoHK). The centre is co-led by […]
Breaking Microscopic Limits, Manufacturing Infinite Possibilities | Astra Optics Limited New Product Launch Conference Held Successfully
Recently, the new product launch conference of Hefei Astra Optics Limited was successfully held in Hefei. The company’s Chief Technology Officer, Zhong Qiuyuan, officially unveiled two flagship products of Astra Optics Limited at the conference – the LINESCAN 100i Full-Bandwidth Continuous Grayscale 3D Nanolithography System and the UV SCAN 100 UV Laser Direct Write Lithography […]
Line-Scanning Temporal Focusing: A New Breakthrough in 3D Nano Printing
In the field of 3D nano printing, how to achieve large-scale, high-quality, and continuous production has always been a core problem restricting the industrialization of the technology. Although traditional two-photon lithography (TPL) technology can achieve three-dimensional structure manufacturing with nanoscale precision, its “stop-and-go” intermittent production mode, high equipment costs, and obvious stitching defects have severely […]
