Precision Testing Laboratory – Tailored for precision medicine testing scenarios such as third-party testing centers, PCR laboratories, gene sequencing laboratories, and pathological diagnosis laboratories, we provide a comprehensive, scientifically optimized integrated clean laboratory solution that fully meets diverse testing requirements, including molecular testing, immunoassay testing, cytogenetic testing, and microbiological testing. The solution strictly complies with the Administrative Measures for Clinical Gene Amplification Testing Laboratories in Medical Institutions, featuring independent functional modules: reagent preparation zone, specimen preparation zone, amplification and analysis zone, and product analysis zone. Each zone is equipped with its own dedicated buffer room and pressure gradient control system, ensuring complete separation of personnel flow, material flow, and contaminant flow, thereby eliminating the risk of sample cross-contamination. The clean enclosure system employs color-steel sandwich panels, with all seams sealed using high-performance sealants, ensuring the absence of dust accumulation points and providing a sterile environment free from mold growth. For precision testing applications such as gene sequencing and single-cell analysis, the system supports localized Class 100 work zones within a Class 10,000 cleanroom environment, complemented by dedicated high-efficiency exhaust filtration systems and an automated HVAC control system capable of dynamically adjusting air supply rates according to the operational needs of different zones. The entire system is equipped with ample device interfaces and upgrade potential, enabling it to meet the installation and operational requirements of various high-end detection instruments—such as PCR instruments, gene sequencers, and pathological slide scanners. Additionally, it is integrated with an intelligent laboratory management system that facilitates unified management of environmental parameter monitoring, sample workflow tracking, and experimental process traceability. This integration helps testing institutions achieve standardized testing workflows and intelligent environmental management, while strictly adhering to medical testing regulations. Consequently, it significantly enhances testing efficiency and result accuracy, providing reliable experimental support for precise diagnosis and personalized medicine.