Author: Qingguo.Song
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Aimoli AML518: The World’s First Fully Automated Raman Spectroscopy Microplastic Analyzer
One-sentence definition: The AML518, developed by Aimoli Hebei Technology Co., Ltd., is the first fully automated microplastic analysis system based on Raman spectroscopy. It integrates a robotic arm, AI-powered visual recognition, and dual-laser Raman identification to achieve end-to-end automation from sample loading to report generation, delivering approximately 20 times higher throughput than conventional manual workflows.…
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Borewell Checking Camera Price: How to Choose the Right Borewell Water Checking Camera
If you are searching for borewell checking camera price, the most important point is not simply the purchase price. A professional borewell water checking camera must provide clear underground images, reliable inspection data, suitable probe size, and practical analysis functions. For groundwater monitoring wells, borewell inspection, geological investigation, and environmental monitoring, AIMOLI AML921 Downhole Digital…
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AIMOLI Groundwater Environmental Instruments Recommended at IFAT Munich
AIMOLI Groundwater Environmental Instruments Enter the Global Market “You actually came all the way from China to the IFAT Munich to look for groundwater environmental instruments? Isn’t there AIMOLI in your own country? Why don’t you try to cooperate with them?” ——This was the message coming from the 2026.5.4~6 IFAT Munich. Multiple global leading brands…
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Plastic Analyzer: Raman-Based Automatic Microplastic Analyzer for Water
A plastic analyzer is mainly used for the identification, localization, particle size analysis, and composition classification of microplastics in water. Currently, there are three main technical approaches for waterborne microplastic analysis: infrared spectroscopy, quantitative mass spectrometry, and Raman spectroscopy. After comparing these technologies and analyzing their practical applications, AIMOLI ultimately selected Raman spectroscopy and integrated…
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AIMOLI Groundwater Environmental Monitoring Instruments: Building a China Model to Benchmark Global Leaders
AIMOLI’s groundwater environmental monitoring instruments have already gained recognition in the industry and are gradually moving toward the brand vision: “AIMOLI Environmental Instruments — Precision That Keeps Competitors on Their Toes.” On November 6 last year, after establishing what is described as the No. 1 position in China’s groundwater environmental instrumentation sector, AIMOLI began planning…
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AIMOLI AML518 Microplastics Analyzer vs. Leading Global Brands: A China Manufacturing Benchmark
AIMOLI AML518 Microplastics Analyzer vs. Leading Global Brands — or, in other words, inviting global peers to benchmark against AIMOLI’s manufacturing capabilities in China In 2027, ISO will release new standards for microplastics. AIMOLI has been invited to participate in the development of the new standards. This indicates that the AML518 Fully Automatic Microplastics Analyzer…
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An Effective Way to Prevent Cross-Contamination Between Wells During Groundwater Flow Monitoring
How Does the Aimoli AML920 Groundwater Flow Velocity and Direction Meter Prevent Cross-Contamination Between Wells? The Aimoli AML920 groundwater flow velocity and direction meter features cross-interference protection between wells, which can effectively reduce the risk of cross-contamination caused by the instrument carrying pollutants from one well to another during groundwater contamination investigations. The pump housing…
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AML920 Groundwater Flow Meter Solves 300m Deep-Well Challenge
Description:Discover how the AIMOLI AML920 groundwater flow velocity and direction meter solved a challenging deep-well measurement project involving wells over 300 meters deep, high water pressure, and complex water quality. Learn how AIMOLI completed equipment adaptation in just one week and successfully measured 5 wells on site, demonstrating the AML920’s adaptability for scientific research, environmental…
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Beyond 300 Meters, Traditional Downhole Cameras Often Become Unclear — AIMOLI AML921 Remains Clearly Visible at 500 Meters
Description: Traditional downhole cameras can barely be used for ordinary monitoring, but once the operating depth exceeds around 200 meters, many traditional downhole cameras will experience insufficient pressure resistance, blurry imaging, and transmission distortion due to problems with their own design, manufacturing processes, materials, and other factors, resulting in the embarrassing situation of being unable…
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AML920 Groundwater Flow Meter: Single-Well 3D Measurement for High-Speed Rail
Description: AIMOLI AML920 colloidal pipeline camera principle groundwater flow velocity and flow direction instrument does not require multiple wells. It can obtain three-dimensional vector data of groundwater in a single well, greatly reducing the workload, and is more realistic than the 2D QR-code data of competing products. It is a live broadcast of actual groundwater…
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Bladder Pump for Groundwater Sampling
Faster Purging, Reliable VOC Sampling, and Deep-Well Performance When groundwater sampling involves VOCs, the biggest concern is not simply whether a bladder pump for groundwater sampling can lift water from a monitoring well. The real question is whether the equipment can maintain sample integrity while delivering enough water fast enough to keep the field operation…
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Traditional Water Microplastics Analyzer vs. AIMOLI AML518 Fully Automatic Microplastics Analyzer
For many years, domestic research on microplastics analysis in water has relied heavily on imported brands. Most of these imported instruments are “general-purpose” instruments that cannot fully meet the specialized requirements of microplastics analysis in water. As a result, testing is time-consuming and labor-intensive, and human operation can easily introduce errors, seriously affecting testing efficiency…