
Testing Notes
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AN24-Vzense DS series of Time of Flight (ToF) camera depth quality testing
This article introduces the depth quality testing of the DS series ToF cameras. Based on the test results, it is evident that the accuracy and precision of the DS series decreases with increasing distance and increases with longer exposure times.
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AN23-Vzense NYX series Time of Flight (ToF) camera performance demonstration when capturing black objects
In 3D ToF imaging technology, the reflectivity of the measured target significantly affects the imaging results. This article primarily tests the imaging performance of the Vzense NYX series camera on black targets.
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AN22-Vzense NXY series Time of Flight (ToF) camera performance demonstration in moving scenarios
3D Time-of-Flight (ToF) technology is well-suited for capturing moving targets and effectively resolves issues such as motion blur, making it increasingly popular in industrial 3D recognition applications. This article primarily introduces the imaging demonstration of Vzense ToF cameras in moving scenarios.
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AN21-Vzense 3D Time of Flight (ToF) camera performance demonstration in bright light scenarios
ToF technology, which actively emits light, still faces some key challenges in practical applications. One of these challenges is the imaging performance of ToF technology under intense ambient light. This article primarily demonstrates the imaging performance of Vzense ToF DS86 and NYX650 cameras in capturing static objects under intense lighting conditions.
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AN20-The difference between Vzense 3D Time of Flight (ToF) camera DS series vs. NYX series and comparison test
This article mainly details the differences and respective advantages of DS series and NYX series. Through various scenario tests and demonstration results, users can gain a more intuitive understanding of the suitable scenarios for each series, which can better help users in selecting products according to their required scenarios.
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AN16-Intel Realsense D435 vs. Vzense DS86 comparison test
As machine vision technology continues to develop, the application of 3D cameras for object recognition and behavior recognition is becoming increasingly common. This article selects two products, Intel Realsense D435 and Vzense DS86, and evaluates the imaging effects of these two 3D cameras in different scenarios.
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AN15-Vzense NYX series of Time of Flight (ToF) camera pallet identification testing
This article introduces the identification tests conducted on pallet made of different materials using the NYX series of ToF cameras, including black plastic pallet, blue plastic pallet, wooden pallet, and galvanized metal pallet. Various test conditions were set up to obtain different test results.
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AN14-Vzense NYX series of Time of Flight (ToF) camera depth quality testing
This article introduces the depth quality testing of the NYX series ToF cameras. Based on the test results, it is evident that the accuracy and precision of the NYX series decreases with increasing distance and increases with longer exposure times.