Recently, a significant collaboration was announced in the global automotive transmission and chassis technology sector – industry leader ZF has officially finalized the purchase of Inficon cleanliness testing equipment, fully adopting Inficon's one-stop cleanliness solution, including core products such as cleanliness analysis systems and automatic cleanliness extraction equipment. The two companies will work together to build a comprehensive cleanliness control system for core automotive transmission components, establishing a crucial safeguard for the safety and performance upgrades of end vehicles. This collaboration not only demonstrates Inficon's strong technical capabilities in the field of cleanliness testing but also signifies its equipment's successful entry into the global top-tier automotive parts supply chain.
In automotive transmission system manufacturing, the cleanliness of core components such as gearbox gears, clutches, and drive shafts directly affects transmission efficiency, component wear rate, and overall vehicle driving stability. This is a critical aspect of ZF's rigorous quality control system. As a leading global automotive parts supplier, ZF has been deeply rooted in the industry for a century, consistently defining product quality with the highest standards, and demanding top-tier precision, efficiency, and stability in the cleanliness testing of core components. After multiple rounds of rigorous technical comparisons, on-site verification, and qualification audits, Inficon successfully stood out with its full-process closed-loop control capabilities and the excellent performance of its core equipment, becoming a trusted partner of ZF.

In the solution customized for ZF, Inficon's automatic cleanliness extraction equipment enables standardized and automated cleaning and extraction of transmission components, effectively avoiding errors caused by manual operation and ensuring consistency and efficiency across different batches of testing. The cleanliness analysis system, relying on high-precision image recognition and intelligent algorithms, can accurately capture micron-sized impurities and complete classification and statistics, generating data-driven and visualized test reports, providing ZF with scientific and reliable decision-making basis for cleanliness control. The two core pieces of equipment work together to form a seamless "extraction-testing-analysis" process, precisely matching ZF's cleanliness testing needs for its core transmission components.

This in-depth collaboration with ZF is a significant milestone for Inficon's cleanliness testing equipment in the high-end automotive transmission field. In the future, Infinitel will continue to deepen its commitment to technological research and development, iteratively optimizing its one-stop solutions to provide professional and efficient cleanliness control support for more top global automotive parts companies, using its core technologies to help the automotive industry upgrade towards higher quality and greater reliability.