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Delta‘s 3D ToF Smart Camera integrates imaging, depth sensing and edge computing in a compact, lightweight design, and provides quality images and accurate 3D depth information in millimeters. The Time of Flight (ToF) technology reduces the influence of ambient light and enables the DMV-T to operate in environments with very low light or high contrast lighting, and even in complete darkness.
With a built-in dual-core CPU, the DMV-T can process the image and sensing data at the edge in real time to quickly detect object shapes and position, increasing the efficiency and precision of VGR (Vision Guided Robot) operation.
Delta’s machine vision software DIAVision allows the DMV-T to achieve measurement, recognition and positioning for various applications, such as object detection and robot vision.
Fast & Accurate Imaging
Supports 60fps frame rate, 640x480 video resolution, and 6m of the best working range to provide high-speed, real-time and continuous signal transmission for various applications
Real-time Data Processing
With a built-in dual-core ARM-based processor, the DMV-T can process the images at the edge and provide <80ms detection time
Application Acceleration and Customization
Delta’s machine vision software DIAVision, with its software development kit, helps developers create customized smart vision applications quickly
Quick Implementation & Deployment
Complies with the GenICam interface and supports GbE PoE to simplify installation and speed up system expansion
Robustness & Durability
With IP67 rating protection and meets the IEC vibration standard, reducing maintenance effort and cost
Measurement of volume, shape and distance
Recognition of structure & colors of parcels and parts
Detection of object presence, orientation & position
Navigation - Guides AGVs/AMRs to transport goods while accomplishing obstacle avoidance
Pick & Place - Supports position/orientation calibration of objects for robots to achieve precise pick & place
(De)palletizing - Helps robotic arms automatically adjust movements based on changes in the process
