Analysis on the working principle and characteristics of 3D scanner

Product Overview
The birth of the 3D position scanner, thoroughly changed the traditional single measurement technology principle, leading the world's "3D era" to visually new dimensions, truly reaching the visualization, process Intelligent technology peak. And with a sharp spread trend, the main role is placed in the field of position measurement in various industries in various industries. The system is currently only an innovative product that can accurately measuring solid materials and volume, and is not affected by the type and size of material, the type of material, the storage, open bin or silo is very bad. High dust storage environments measurement.
What did the 3D position scanner bring to us? Accurate acquisition, measurement and real-time monitoring, analysis, and investigations and good low-carbon energy saving and emission reduction control effects!
Technical Features
3D Location Scanners Monitors in any container, including: large open storage room, solid material storage chamber, stacking field, and any scattered solid material in the warehouse, its application The environment and occasions are very extensive. The low-frequency pulse wave emitted by the antenna speaker can penetrate the floating dust, not like other techniques in a very harsh environment, there is a "doubt" signal. The pulse wave signal contains a proprietary self-cleaning function, prevents the material from adhering to the inner surface of the antenna horn. This ensures that the very low maintenance is ensured in any harsh environment for long-term reliability.
Working principle
3D position scanner transmits a low frequency pulse wave based on the two-dimensional array beamformer, monitors the time / distance / direction of each echo. The digital signal processor of the device performs sampling and analysis of the pulse echo signal receiving the surface of the material, generating a three-dimensional image of the actual distribution of the material surface, and the image is processed by a proprietary calculation method and generates 3D. Image can be displayed on the screen of the remote computer. The device can accurately detect the real level of the material.
Overview of the current level measurement instrument
There is currently more principles of various level measurement techniques in the world, including: laser type, radar
, ultrasonic, hammer, radio frequency Instrument, capacitive, etc. The above products are not designed for material measurements, and are all based on single-point measurement principles. In terms of assemblies, the application effect is not ideal, and there are many problems. Because the material is always an irregular surface. Therefore, precise measurement is always a unresolved problem. In actual use, the effect is naturally not ideal.

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