Recently, the cooperation between the School of Materials Science and Engineering at Nanjing University of Technology and Chenxin Testing Technology (Jinan) Co., Ltd. has brought good news - the microcomputer controlled electronic universal testing machine purchased by the university has completed the full process debugging and officially met the standards for scientific research use. During this collaboration, both parties worked efficiently and closely together, ensuring the rapid deployment of equipment and laying a solid foundation for future industry university research cooperation.

It is reported that the microcomputer controlled electronic universal testing machine is a core equipment introduced by Nanjing University of Technology to upgrade the material mechanics testing platform. After multiple investigations and comparisons, it was finally chosen to cooperate with Chenxin Testing Technology (Jinan) Co., Ltd., which has rich experience in the field of testing equipment. The equipment adopts servo closed-loop control technology, which can accurately carry out various mechanical tests such as material stretching, bending, and shearing. It is suitable for testing needs in multiple fields such as metal materials, composite materials, and engineering plastics. The force measurement accuracy reaches 0.5 level, and the displacement detection accuracy is ± 0.01mm, providing high-precision data support for scientific research.

To ensure that the equipment quickly adapts to the research needs of the school, Chenxin Testing Technology has formed a professional technical team to participate in the installation, calibration, and debugging of the equipment throughout the process. The goal was achieved in just 10 working days from equipment entry to completion of debugging, which is inseparable from the professionalism and efficiency of the Chenxin team, "said the person in charge of the Materials Mechanics Laboratory at Nanjing University of Technology. During the debugging period, technical personnel from both sides closely communicated on key aspects such as the adaptation of equipment software to the school's scientific research system and the accuracy verification of test data. Through multiple sets of standard sample comparison tests, they ensured that the equipment data error was controlled within 1%, meeting the requirements of high-level scientific research.

The project leader of Chenxin Testing Technology (Jinan) Co., Ltd. said, "The profound accumulation of Nanjing University of Technology in the field of materials research is admirable, and the professional needs proposed by its team in the cooperation also provide valuable reference for us to optimize services." In this cooperation, Chenxin not only provided customized equipment solutions, but also completed operational training for the school's research personnel to ensure that the equipment can quickly play its role after being put into use.

The successful debugging and commissioning of this device will effectively support the development of key scientific research projects such as "structural materials" and "green composite materials" at Nanjing University of Technology, and solve the problem of insufficient high-precision material mechanics testing resources previously. At the same time, both parties expressed that they will take this cooperation as an opportunity to deepen cooperation in areas such as equipment technology upgrades and scientific research data sharing, and jointly support scientific research innovation and achievement transformation in the field of materials science.