As a central focus of research on emerging contaminants, microplastics have long posed a major challenge for research institutions, characterized by low detection efficiency, complex operational procedures, and high labor costs.

Recently, Teacher Li from a research institute consulted Emory about the pain points he faces in testing equipment imported by his institution. AML518 Following an in-depth review of the instrument’s fully automated analysis technology and a live video demonstration, we promptly scheduled a factory visit for next month to initiate the collaboration process and put an end to the inefficiencies of traditional testing methods.

The customer is facing testing challenges.

In the field of microplastic detection in aquatic environments, many researchers and analysts have been hampered by lengthy analytical turnaround times—Professor Wang was once caught in this very predicament. At an industry conference, he happened to visit Amery’s booth and learned that… AML518 The automated microplastic analyzer for aquatic environments has completely transformed his understanding of microplastic detection.

At the time, Teacher Wang was leading a project to detect microplastics in water bodies, with over a hundred samples from a single site awaiting analysis. Under the conventional testing approach, each sample typically required… 3-4 Even with staff working at full capacity, a single person can test at most only… per day. 2-3 A single sample—hundreds of samples—and just the time required to process them has left Professor Wang deeply concerned, not to mention the labor costs and the potential for human error. At one point, the project’s progress came to a standstill.

The imported microplastic analyzer equipped at Teacher Li’s institution was not specifically designed for microplastic research; rather, it is a general-purpose instrument based on mass spectrometry, and its users have encountered numerous practical challenges.

Key challenges faced by the customer

The equipment has an extremely high operational threshold, requiring operators to possess strong English proficiency; only master’s or doctoral degree holders are typically capable of operating it.

Moreover, it is only semi-automated: during analysis, operators must manually examine water‑sample particles under a microscope and perform manual counting, after which the sample is loaded into the instrument for final analysis—allowing no more than a certain number of samples to be processed per day. 1-2 Sample testing.

In routine sampling, dozens of sample sets are often collected, and completing all analyses can take one to two months. Moreover, with only a single piece of equipment available on campus, the scheduling turnaround is extremely long, severely hindering research progress.

Meanwhile, the effective daily working hours for human labor are only 6-8 In a matter of hours, limited manpower and time simply cannot meet the demands of high-throughput testing, repeatedly hindering scientific research.

AML518 Exclusive advantages of

In response to Teacher Li’s core pain points, we provided a detailed explanation of Emory. AML518 Exclusive advantages:

1 This device is a fully automated analyzer specifically designed for microplastics, setting it apart from generic imported instruments and directly addressing the industry’s key testing challenges.

2 , the equipment is equipped with an intelligent robotic arm and AI Technology enables the construction of a fully automated, end-to-end testing system that requires no human supervision and can… 24 Hour-long, nonstop, continuous operation—perfectly freeing up manpower.

3 The fully automated workflow is extremely convenient: simply place the slides containing your samples onto the sample rack, allowing for simultaneous loading. 10-20 A single slide is loaded; upon startup, the robotic arm automatically retrieves samples one by one from top to bottom. After analysis is complete, it returns the slide to its original position, ensuring seamless operation with no manual intervention required.

Conclusion language

At present, research on microplastics continues to gain momentum, and specialized, high‑performance analytical instruments serve as the cornerstone for advancing scientific inquiry. Emory AML518 The automated microplastic analyzer for aquatic environments, with its proprietary R&D, fully automated operation, and ultra‑high detection efficiency, has broken the monopoly and limitations of imported instruments, making it the preferred choice for microplastic analysis in research institutes and environmental protection agencies. If you too are grappling with inefficiencies, cumbersome procedures, and manpower shortages in microplastic testing, we invite you to learn more—let’s work together to overcome these challenges and elevate the quality and efficiency of emerging pollutant research!