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M300 PLUS Intelligent 3D Pipe Mapping Instrument
Acoustic Imaging + Infrared Laser Imaging + Optical Imaging Tri-Mode Synergy
The M300 PLUS Intelligent 3D Pipeline Mapper is the industry's first portable testing device designed for measuring basic data of underground pipeline networks.The device is equipped with a 360° surround-scanning pipeline sonar system and a high-precision depth camera, utilizing a three-mode synergy of acoustic imaging, infrared laser imaging, and optical imaging.It can accurately obtain core parameters such as pipe diameter, burial depth, coordinates, and three-dimensional dimensions, and is suitable for underground pipeline mapping and geophysical exploration, pipeline network operation and maintenance, and project acceptance.
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M300 PLUS Intelligent 3D Pipe Mapping Instrument
Acoustic Imaging + Infrared Laser Imaging + Optical Imaging Tri-Mode Synergy
The M300 PLUS Intelligent 3D Pipeline Mapper is the industry's first portable testing device designed for measuring basic data of underground pipeline networks.The device is equipped with a 360° surround-scanning pipeline sonar system and a high-precision depth camera, utilizing a three-mode synergy of acoustic imaging, infrared laser imaging, and optical imaging.It can accurately obtain core parameters such as pipe diameter, burial depth, coordinates, and three-dimensional dimensions, and is suitable for underground pipeline mapping and geophysical exploration, pipeline network operation and maintenance, and project acceptance.
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PRODUCT HIGHLIGHTS
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Tri-Mode Collaborative Measurement It accurately acquires core parameters such as pipe diameter, burial depth, coordinates, and three-dimensional dimensions, with a measurement error of millimeter level (<1%)
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Precise Pipe Diameter Identification Real-time acquisition of pipe profile data, automatic execution of 3D cylinder fitting algorithm, and output of pipe diameter result |
Smart Pipeline Connection The built-in point-line connection module generates a pipeline topology map in real time from measurement data, achieving unified data exchange between office and field operations |
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3D Sonar Modeling of Water-Filled Wells Under full-water manhole conditions, underwater scanning is performed using 360° surround sonar to construct a real-time 3D point cloud model of the manhole and pipeline |
Laser Alignment Elevation Measurement Non-contact elevation measurement using infrared laser imaging technology allows for the acquisition of pipe top elevation data without going down into the well |
Cloud Data Management Test data can be uploaded to the cloud with one click, enabling remote management and multi-terminal collaboration, and supporting subsequent data analysis and asset management |
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Technical Parameters
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PRODUCT HIGHLIGHTS
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Tri-Mode Collaborative Measurement It accurately acquires core parameters such as pipe diameter, burial depth, coordinates, and three-dimensional dimensions, with a measurement error of millimeter level (<1%) |
3D Sonar Modeling of Water-Filled Wells Applicable to no water, half water and full water conditions |
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Precise Pipe Diameter Identification Real-time acquisition of pipe profile data, automatic execution of 3D cylinder fitting algorithm, and output of pipe diameter result |
Laser Alignment Elevation Measurement Non-contact elevation measurement using infrared laser imaging technology allows for the acquisition of pipe top elevation data without going down into the well |
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Smart Pipeline Connection The built-in point-line connection module generates a pipeline topology map in real time from measurement data, achieving unified data exchange between office and field operations |
Cloud Data Management Test data can be uploaded to the cloud with one click, enabling remote management and multi-terminal collaboration, and supporting subsequent data analysis and asset management |
Technical Parameters

Application Scenario Cases
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Application Scenario Cases





