Recently, Yinzhike Instrument (Shanghai) Technology Co., Ltd. (hereinafter referred to as "Yinzhike Instrument"), a leading laboratory overall solution service provider in China, announced that it has successfully completed the overall relocation of Shanghai University of Applied Sciences (hereinafter referred to as "Shangying University"). Under the premise of zero accidents and zero losses throughout the entire process, Yinzhike Instrument not only completed the established schedule, but also built a laboratory operation system that better meets the needs of modern scientific research for the school through systematic planning and implementation, winning high recognition from teachers, students, and school management.

Research relocation: a dual test of precision and efficiency
As a key discipline construction unit in Shanghai, the School of Materials Science and Engineering at Shanghai University of Applied Sciences has a laboratory covering multiple research directions such as polymer materials, inorganic non-metallic materials, and composite materials. It has a batch of high-precision scientific research equipment such as scanning electron microscopes, X-ray diffractometers, and thermogravimetric analyzers, with some instruments reaching nanometer level accuracy. It has strict requirements for vibration, temperature and humidity control, electrostatic protection, etc. during the relocation process.
Unlike ordinary material handling, laboratory relocation is a systematic project that integrates technical expertise, rigorous processes, and risk control

To address this challenge, Yinzhike Instrument has formed a special team consisting of multiple senior engineers to conduct preliminary research in the laboratory. By using 3D laser scanning technology to model and archive all instruments, combined with IoT sensors to collect equipment operating parameters, a feasibility assessment report for relocation is finally formed.
Collaborative Operations: Government Enterprise School Tripartite Linkage Mechanism

In terms of data security, the team adopts a "dual backup+encrypted transmission" solution, and strictly implements the "dual person dual lock" management system for some confidential scientific research materials. The school's confidentiality specialist and the person in charge of hidden intelligence technology security jointly supervise the entire migration process.
Renewal and Upgrade: From "Physical Migration" to "Functional Iteration"
Unlike traditional relocation, this innovation of Yinzhike Instrument adopts a service model of "relocation and upgrade". During the equipment reinstallation phase, the laboratory's intelligent transformation will be completed simultaneously: a facial recognition system will be installed on the fume hood to achieve automatic control of "person walking and cabinet closing"; Equip large instruments with energy consumption monitoring modules and display real-time operating status through an APP; Even the layout of the experimental platform was re planned, and the placement of equipment was adjusted according to the "experimental flow line", resulting in a 40% increase in sample transfer efficiency.
Previously, in the old campus, conducting a material tensile test required running back and forth between three different laboratories. Now, the new laboratory follows a circular layout of 'preparation testing analysis' process, saving a lot of time. "PhD student Zhang, who participated in the trial operation, showcased the intelligent management system of the new laboratory, which displays real-time information such as equipment reservation status, consumables remaining, maintenance cycle, etc." Equipment usage periods can be booked through the campus network, and automatic reminders of insufficient consumables can be received
Industry benchmark: Establishing new standards for scientific research services
As one of the few domestic enterprises with the qualification for overall laboratory relocation, Yinzhike Instrument has provided services to more than 70 universities and research institutes, and completed over 120 laboratory relocation projects. The successful completion of this major project marks the transformation of China's scientific research logistics services from simple "handling services" to "full lifecycle management".
The 'six dimensional guarantee system' established by this project (personnel qualifications, equipment protection, process control, emergency response, data security, and acceptance standards) can serve as an industry model for the relocation of university laboratories.
With the completion of metrological verification and issuance of a certificate of conformity for the last device, the laboratory relocation project of Shanghai University of Applied Sciences has officially come to an end.