Category: Blog

What to Do If the Groundwater Flow Velocity and Flow Direction Cannot Be Accurately Measured in an 800-Meter-Deep Well? AML920 Successfully Solves the Monitoring Difficulty of Ultra-Deep Wells Last month, our AIMOLI factory received Manager Huang from the Southwest region. Manager Huang is the project manager of a third-party geological survey company in the Southwest…

What Should You Do If Groundwater Sampling Data Continuously Exceeds Standards? The AML917 Passive Depth-Specific Sampler Solves Thin Aquifer Sampling Challenges Last month, we received a request for help from Manager Chen of an environmental testing service provider in North China. Manager Chen told us that they were recently conducting a groundwater testing project. However,…

What Is an In-Situ Groundwater Monitoring Instrument? Simultaneous Monitoring of 19 Parameters and Real Project Case Studies In the fields of groundwater pollution prevention and control, groundwater quality monitoring, and geological environment monitoring, the in-situ groundwater monitoring instrument is a professional monitoring device that is receiving increasing attention. So, what is in-situ groundwater monitoring? What…

Real Customer Case of a Groundwater Flow Velocity and Direction Meter: Precise Monitoring of Layered Water Shutoff Effectiveness in Inner Mongolia Customer Project: Precise Monitoring of Groundwater Flow Velocity and Direction for Layered Water Shutoff in Drilling At a drilling construction site in Inner Mongolia, a professional well construction engineering company was facing a critical…

AML518 Fully Automated Microplastics Analyzer Debuts at the 7th National Symposium on Environmental Microplastic Pollution and Control From April 17-20, 2026, the 7th National Symposium on Environmental Microplastic Pollution and Control was held in Tianjin. The conference was jointly organized by authoritative institutions including Nankai University and Tianjin University, bringing together leading domestic research institutes…

AML913 Interface Meter: Obtain Water Level, Well Depth, and Drawdown Parameters in One Downhole Operation, Increasing Groundwater Monitoring Efficiency by 300% In traditional groundwater monitoring and groundwater sampling, if water level, well depth, and drawdown need to be obtained simultaneously, a water level Interface Meter, well depth Interface Meter, and drawdown Interface Meter are usually…

Borewell Waterproof Camera: How to Choose a Borewell Waterproof Inspection Camera for Deep Well Inspection A borewell waterproof camera is designed to inspect conditions inside wells, boreholes, groundwater monitoring wells, and other underwater underground structures. A professional borewell waterproof inspection camera must do more than simply record video. It needs to provide stable underwater imaging,…

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.…

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…

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…

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…

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…