AML518 Domestically produced fully automatic microplastic analyzer

Last year, Emory made a major announcement. AML518 Since its launch, the fully automated microplastic analyzer has received a market response that far exceeds expectations. Leading universities, research institutes, and environmental monitoring agencies have all expressed strong interest in collaboration, with an ongoing stream of requests for sample analysis services and equipment‑procurement consultations.

A large number of customers have repeatedly stated in actual communications:

There is an urgent need for a truly automated instrument specifically designed for microplastic analysis, in order to break the current impasse in detection efforts.

01

Core Pain Points in Domestic Microplastic Detection

For a long time, domestic microplastic detection has largely relied on general-purpose instruments such as mass spectrometers and micro‑infrared spectroscopes. However, these devices were not specifically developed for microplastic analysis; the entire system… The testing process is highly reliant on manual intervention, remaining at a semi-automated, semi‑manual stage throughout. 。

Even the equipment currently regarded as relatively advanced in terms of intelligence within the industry still… It can only perform basic sample surface scanning. . Numerous critical steps—such as particle‑imaging focusing, laser‑power adjustment, detection‑duration setting, and particle‑sorting and identification—still remain… It requires researchers to manually perform repeated debugging and carry out each step one by one. 。

Long-term, high-intensity manual labor not only consumes substantial time and energy but also inevitably introduces human error, severely limiting the efficiency and data accuracy of microplastic detection.

Precisely by recognizing these core pain points in the industry, Emory devoted itself to research and development, launching… AML518 Fully automatic Microplastic Analyzer , successfully transforming the traditional semi-manual inspection model.

02

The Importance of Microplastic Detection

Today, the state places great emphasis on addressing emerging pollutants. Antibiotics and microplastics have been included in the list of priority-controlled emerging contaminants, and nationwide efforts to monitor these substances, assess their risks, and explore remediation technologies are now being comprehensively rolled out. Researchers and environmental professionals alike urgently need a reliable microplastic analyzer as an indispensable tool.

The implementation and continuous refinement of Emery’s comprehensive automated system will fundamentally reduce research‑related labor costs, free up frontline scientists, and elevate the standardization of testing, thereby contributing domestically developed, cutting‑edge capabilities to China’s efforts in addressing emerging contaminants and safeguarding the ecological environment.

From manual monitoring to fully automated, unattended operation, and from barely compatible general-purpose equipment to precisely empowered dedicated instruments.

Emery has always remained committed to addressing the industry’s most pressing challenges, continuously deepening its expertise in the emerging field of new pollutant monitoring. Leveraging domestically developed, cutting-edge technologies, it makes microplastic detection more efficient, more accurate, and easier than ever.