Top universities choose together, Mofang's new products become standard for scientific research

In the first half of the year, Mofang Precision launched a high-precision industrial grade 3D printing system: microArch ® The engineering level enhancement has been carried out in terms of equipment stability, environmental control, and batch consistency, with an upgraded industrial all-in-one machine that does not require leveling and an intelligent interactive operation platform. This significantly shortens the time window from sample verification to production trial, providing key equipment support for scientific research and industrial enterprises to achieve cost controlled and quality monitored large-scale production.

Just a few months after its listing, it gained recognition from top international academic institutions. The BioPRIA Institute at Monash University in Australia and the Biomedical Electronics Laboratory at Yonsei University in South Korea have introduced microArch technology ® S150， Establish it as a core research equipment in the field of micro nano manufacturing. This cooperation demonstrates the technological position and comprehensive empowerment capability of China's industrial equipment in the Asia Pacific market, marking the realization of China's precision manufacturing technology from import substitution to global integrationinnovationA leapfrog breakthrough.

Image: The BioPRIA Institute at Monash University in Australia (left) and the Biomedical Electronics Laboratory at Yonsei University in South Korea (right) have introduced the A50.

Subsequently, the Charles Perkins Center of the University of Sydney, a multidisciplinary health research center, also introduced S150, aiming to develop a new generation of research tools and new solutions for the mechanism research and prevention of diabetes, obesity and cardiovascular disease.

Image: The Charles Perkins Centre at the University of Sydney is using the 1501 printer.

Since its launch, this device has received bulk orders from multiple universities and research institutions in a short period of time, demonstrating enormous potential for scientific research applications.

Technical strength wins trust, Mofang promotes global innovation

Mofang Precision has provided breakthrough solutions in the fields of microfluidic chips, biomedical devices, and advanced sensors with its ultra high precision manufacturing capability of 2 microns. Through cross scale precision machining, multi material compatibility, and manufacturing freedom, Mofang Micro Nano 3D Printing Equipment has systematically overcome the core bottleneck of complex device prototype development and small batch production, becoming a key support for promoting scientific research technology from theory to practical application.

Recently, the Australian National Manufacturing Centre (ANFF) has launched the microArch, a fully automated micro nano 3D printing system in Australia ® The S240A (optical accuracy: 10 μ m) has been included in its flagship platform and officially established as a core research equipment in the field of micro nano manufacturing. This device is providing full process support for Australian researchers from principle verification to functional prototype production, significantly accelerating the innovation process in areas such as new material development, microsensors, and advanced biological devices.

Image: Australian National Manufacturing Center introduces S240A.

During the same period, Mahidol University in Thailand introduced nanoArch with an optical precision of 2 μ m ® The H13 3D printing system further expands the influence of Mofang Precision in the Southeast Asian market. At the seminar in Bangkok, experts from Mofang and Mahidol University had in-depth exchanges on cutting-edge fields such as innovative design of microfluidic chip technology and manufacturing of efficient and precise drug delivery carrier microneedles. The attending experts unanimously recognized Mofang's 2 μ m ultra high precision manufacturing capability as a breakthrough solution for interdisciplinary fields. The popularity of Mofang equipment in laboratories worldwide confirms a deep logic: the boundaries of scientific imagination always extend synchronously with the precision of manufacturing tools.

Image: The S120 has been successfully installed at Mahidol University.

As of now, Mofang Technology and Equipment have served thousands of enterprises, universities, and research institutions in 40 countries around the world, including nearly 850 research institutes such as MIT, Carnegie Mellon University, University of Tokyo, Nanyang Technological University in Singapore, and other top global universities.

China's precision manufacturing earns global respect

Mofang Precision's micro nano 3D printing technology is continuously providing strong manufacturing capabilities for global scientific research. Supporting the integrated molding of complex structures across scales ranging from micrometers to centimeters, it has become a key manufacturing platform for cutting-edge scientific exploration and industrial research and development. Relying on its multi material compatibility, the Mofang system can meet the dual requirements of material functionality and structural refinement in special application scenarios.

In the face of challenges in global technological cooperation, Mofang's 2 micron ultra high precision manufacturing capabilities will continue to break through international technological barriers, deeply integrate the industry university research chain in Asia, Europe, and America, inject more vitality and choices into the global manufacturing ecosystem, and open up a vast world of original Chinese technology.