The AML518 Full-Medium Microplastic Automatic Analyzer is an intelligent microplastic detection instrument developed based on Raman spectroscopy technology. The analyzer breaks through the limitations of traditional microplastic detection equipment that is restricted to specific sample types, enabling automated analysis of microplastic particles in various environmental media, including water, soil, and air. It provides an efficient and accurate solution for emerging pollutant research, environmental monitoring, and scientific analysis.
01 Full-Medium Detection, Covering Water, Soil, and Air Samples
Traditional microplastic detection equipment is usually designed for single water-based samples, making it difficult to handle complex environmental samples such as soil and air due to limited applicability and complicated detection procedures.
The AML518 Full-Medium Microplastic Automatic Analyzer adopts customized pretreatment solutions for different sample types, enabling comprehensive microplastic detection across multiple scenarios:
- Water Sample Detection: Suitable for various aquatic environments, including rivers, lakes, groundwater, and seawater, allowing rapid identification and statistical analysis of microplastic particles.
- Soil Sample Detection: Combined with screening, digestion, separation, and enrichment processes, the analyzer effectively removes soil impurities and enables accurate detection of microplastics in soil samples.
- Air Sample Detection: Supports filter membrane sampling and other methods to capture and analyze suspended microplastic particles in the atmosphere.
Regardless of whether samples originate from water, soil, or air, the AML518 can perform accurate microplastic analysis after standardized pretreatment, achieving true “full-medium coverage.”
02 Raman Spectroscopy Technology for Accurate Identification and Automated Analysis
The AML518 utilizes advanced Raman spectroscopy technology to accurately identify microplastic materials based on their spectral characteristics, enabling precise qualitative and quantitative analysis of different polymer types.
The analyzer integrates automated detection procedures to reduce manual operation and improve detection efficiency. After analysis, it can generate comprehensive data reports including:
- Microplastic polymer types
- Particle quantity and abundance
- Particle size distribution
- Particle morphology
- Length-to-width ratio
- Surface area
- Volume and other parameters
These multi-dimensional analytical results provide reliable data support for scientific research, environmental assessment, and pollution source tracing.
03 Automated Operation for Higher Detection Efficiency
The AML518 integrates sample processing, spectral acquisition, and data analysis into an intelligent workflow, enabling “one-click detection, automated analysis, and complete data output.”
Compared with traditional manual microscopic observation methods or multi-instrument combined analysis processes, the AML518 offers:
- Simplified operation procedures
- Improved detection efficiency
- Standardized analytical results
- Strong batch detection capability
These advantages effectively reduce the workload of manual analysis while improving the consistency and repeatability of microplastic detection.
04 Professional Microplastic Detection Solution for Emerging Pollutant Research
As an important research focus among emerging pollutants, microplastics are widely studied in areas such as water environmental protection, soil ecological safety, atmospheric pollution research, and human exposure risk assessment.
The AML518 Full-Medium Microplastic Automatic Analyzer follows the latest trends in environmental detection technology. With its full-medium adaptability and intelligent analysis capabilities, it provides professional microplastic analysis solutions for research institutions, universities, laboratories, and environmental monitoring organizations.
From groundwater microplastic surveys and soil migration studies to atmospheric microplastic exposure risk analysis, the AML518 delivers reliable analytical data and supports more comprehensive and efficient microplastic pollution research.
AIMOLI continues to focus on innovation in emerging pollutant detection technologies, driving the advancement of environmental analysis equipment and providing smarter, more efficient detection solutions for global ecological research.
