Pickit 3D Pickit M-HD Specifications
Ranked Nr. 17 of 93 3D Vision Systems
The Pickit M-HD is a highly accurate and efficient 3D vision system designed for industrial automation, excelling in the handling of small and medium-sized parts or surfaces. This system boasts impressive precision with a 3D camera precision ranging from 0.15 to 0.8 mm, depending on the distance from the camera and the FOV. It features a 3D camera resolution of 1920 x 1200 pixels and an estimated picking accuracy of approximately 1.5 times the 3D camera accuracy, making it well-suited for applications demanding precise object recognition and manipulation.
One notable application of the Pickit M-HD is in the automotive industry, where it is used to automate tasks such as finding and picking complex 3D parts. For example, Neonent implemented this system to automate manual loading, allowing the robot to locate and handle intricate 3D components with the assistance of the Pickit M-HD system. Additionally, in sheet metal production, Stantraek has leveraged the Pickit M-HD to eliminate the need for part staging with jigs and fixtures through efficient bin picking automation.
The Pickit M-HD offers top-tier performance in 3D vision for industrial applications. Its precise measurements, high-resolution imaging, and remarkable accuracy make it a valuable choice for industries dealing with small to medium-sized objects. Whether it's automating complex tasks in the automotive sector or streamlining sheet metal production through bin picking, this system demonstrates its versatility and reliability in diverse industrial automation scenarios.
Resolution | 2.3 MP |
Product mass | 1.03 kg |
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Extra info | 3D measurement method: Structured light, 3D image capturing time: 200-1000 ms, 3D camera precision (mm)*: 0.15 - 0.8 mm, 3D camera accuracy (%): < 0.75%, 3D camera accuracy (mm)**: 2 - 4 mm, Estimated picking accuracy***: 1.5 x 3D camera accuracy, 3D camera connection to PC: M12–8 (USB) – USB3, PC connection to robot: TCP/IP over Ethernet. * A larger distance from the camera has lower 3D camera precision. ** A larger FOV has lower 3D camera accuracy *** Average accuracy from the real production environment |