【 Association Exploring Factory 】 Chao Yong Magic Technology Sharpens Sword Nano - This Shandong enterprise impresses the world with China's 3D micro nano manufacturing
As a highland of science and technology innovation around the Bohai Sea and a core area of the optoelectronic industry cluster, the innovation ecology in Yantai HuangBohai New Area presents a multi-dimensional collaborative three-dimensional network. Here, there is a national high-tech enterprise specializing in three-dimensional micro nano manufacturing - Yantai Moji Nano Technology Co., Ltd. (hereinafter referred to as "Moji Nano"), whose core technology is ultra fast laser three-dimensional processing technology, integrating optics, control, and whole machine design. The optical electromechanical integration technology solution covers the entire process of precision three-dimensional micro nano structure manufacturing. Recently, staff from the Shandong Equipment Manufacturing Industry Association visited Moji Nano to exchange and inspect relevant projects and technologies, and to understand the development of China's 3D micro nano manufacturing industry.
When Dr. Shi Qiang from Karlsruhe Institute of Technology, a top European engineering university, returned to his hometown Yantai with "3D micro nano manufacturing technology", only Germany had mastered the core technology in this field globally, and the related industries in China were still in a blank state. This scientist, who previously worked at the Functional Nanomaterials Research Center (CFN) in Germany and the Biomedical Institute for Global Health Research and Technology at the National University of Singapore, has keenly grasped the "bottleneck" dilemma of high-precision processing and lithography technology in China. With more than ten years of technological accumulation and entrepreneurial determination, he has officially embarked on the innovative path of magic nanotechnology.
In the "2017 China Yantai Elite Entrepreneurship Competition", Dr. Shi Qiang's team stood out from numerous projects with the forward-looking and differentiated advantages of "3D micro nano manufacturing technology", winning the first prize. Since then, they have been selected for the Yantai Development Zone Science and Technology Innovation and Entrepreneurship Team, the Yantai "Double Hundred Plan" Talent Project, and have undertaken major science and technology innovation projects in Shandong Province, gradually building a policy support system from technology research and development to industrial landing. Moji's nano products are divided into three major series, covering multiple high-end fields such as free-form surface lenses, micro gratings, and sub millimeter micro grippers. These include cross scale 3D laser direct writing equipment, desktop level direct writing equipment, nano level 3D printing equipment used in the manufacturing of micro lens arrays, gratings, and other applications. They are also suitable for industrial production of micro nano devices and hybrid optoelectronic chips in ultra fast laser processing centers, as well as independently developed photosensitive resins and 3D printing special materials for photolithography materials. Manufacturing precision medical devices and biochips applied in the field of biomedicine; Diffraction optical elements and optoelectronic chip network integration in the field of optoelectronic communication; High performance sensors and lightweight structural components in the aerospace field, as well as nano polymer and metal new materials in the field of new materials.
In the field of micro nano manufacturing, breakthroughs in accuracy and efficiency have always been the core criteria for measuring technological revolution. The commercial nanoscale 3D laser direct writing lithography system independently developed by Moji Nano breaks the long-standing technological monopoly of foreign countries with a processing accuracy of 70 nanometers (equivalent to one thousandth of the diameter of a human hair), achieving a breakthrough in laser infinite field linkage technology. Through the single point processing capability of 50 nanometer non STED mode (without stimulated radiation loss technology), it brings 3D structure manufacturing into the era of "atomic level" control - this technology breaks through the field of view limitation of focusing lenses, achieves high-speed (80000mm/s) and large motion range processing through high-frequency point position control strategy, fundamentally eliminates the splicing error caused by traditional mechanical platform movement, and enables industrial grade processing of 12 inch substrates to reach the level of "seamless"; The efficiency revolution is another dimension of this technological breakthrough. The NanoBoostPrinter technology platform, launched in 2024, achieves a 10-200 fold increase in single point processing efficiency, compressing complex 3D structures that originally took 3 hours to print into 1 minute; In conjunction with the multi focus expansion module, the batch production cycle of high complexity nanostructures has shifted from days to seconds, resulting in a cost reduction of over 80% per unit.
In the process of micro nano manufacturing technology moving from laboratory to industrial production, Magic Nano has built an application ecosystem spanning multiple fields such as biomedicine and optoelectronic communication with nanoscale 3D laser direct writing technology as its core. It breaks the precision boundaries of traditional manufacturing and promotes technological breakthroughs in multiple industries through the full chain capability of "laboratory research and development, process optimization, and mass production landing". In the field of biomedicine, Magic Nano uses 3D laser direct writing lithography equipment to process biomedical microneedles with a precision of 70 nanometers. The needle tip diameter is only one thousandth of a human hair, and it can penetrate the stratum corneum of the skin without touching the pain nerves, fundamentally solving the pain problem of traditional injections. Taking the treatment of diabetes as an example, this painless transdermal drug delivery microneedle can be made into a patch form to achieve accurate and continuous release of insulin. Patients can maintain blood glucose stability without frequent injection, significantly improving treatment compliance - the painless transdermal drug delivery system has completed animal experiments, and is gradually transforming to clinical, marking a key leap from laboratory prototype to commercial application.
As of April 2025, the company has 43 patents, 49 trademarks, and 10 software copyrights, and has undertaken multiple provincial and ministerial level scientific research projects. It has won the Silver Award in the China Advanced Technology Conversion and Application Competition and the Science and Technology Progress Award of the China Optical Engineering Society, forming a three-dimensional qualification matrix covering technological breakthroughs, quality systems, and market recognition. Among numerous honors, the "Technology Strategic Leadership" award at the 2025 Micro Nano Manufacturing Technology Application Ecology Conference holds special industry significance. This award focuses on the forward-looking technological layout in the field of micro nano manufacturing. Magic Nano has won this honor with its independent breakthrough in cross scale micro nano processing equipment, marking its strategic leading advantage in core technologies such as laser direct writing and nanoscale precision control, breaking the monopoly of foreign manufacturers on high-end micro nano manufacturing equipment.
Moji Nano takes the "talent capital industry" triangle linkage as its core, deeply participates in the construction of Yantai regional economic ecology through the multiplier effect of talent aggregation, capital introduction, and industry synergy, and has become an important force for local innovation driving and industrial upgrading. More than one-third of the enterprise team consists of professional talents in the field of optoelectronics from Beijing, Shanghai, Guangzhou, and Shenzhen, and the overall proportion of high-end talents is over 35%; Establish a collaborative mechanism between industry, academia, and research with universities such as Harbin Engineering University Yantai Research Institute, to cultivate specialized talents in the field of micro and nano manufacturing, and develop a full process team system covering research and development, production, sales, and service.
Against the backdrop of the continuous growth of the global micro nano 3D printing market, on the coast of the Yellow Sea, where "mountains and waters depend on each other and scenery is unique", Moji Nano is committed to becoming a leader in the global micro nano 3D manufacturing field through a progressive strategy of "technology iteration, capacity expansion, and ecological construction". With the resilience and courage of mountain and sea waves, it has forged the legend of "Chinese intelligent manufacturing" at the nanoscale, confirming the ability of Chinese enterprises to overcome bottlenecks in the field, and demonstrating the unique charm of Yantai, a city of mountains and seas, in nurturing innovation and achieving dreams.
Wenguo Guangli/Image Enterprise Official Website
