Robot Vision Studio
Robot Vision Studio is a machine vision software developed in-house by Tuyang Technology, designed to provide algorithmic tools for rapidly building vision applications and solving complex vision inspection challenges. Through deep integration with hardware devices, users can quickly implement high-precision applications such as information recognition, matching, and positioning.
Supports cross-platform, one-stop application deployment
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Flexible Robot Communication and Efficient Management of Multiple SolutionsSupports S7 and TCP/IP industrial communication protocols, enabling quick integration with mainstream robots through visual configuration; also supports running multiple configurations in the background and one-click switching, allowing for efficient debugging of multiple projects and significantly improving production line deployment efficiency.
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Support for dual-boot Windows/Linux systemsSupports both Windows and Linux operating systems, offering a unified deployment experience. Users can flexibly choose their system platform based on production environment requirements, with a standardized and straightforward deployment process.
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One-stop debugging toolkitIt integrates visualization configuration tools such as rapid calibration and 3D workpiece template creation, allowing you to complete deployment preparations without switching between multiple software applications. Combined with a dedicated pose adjustment STEP, debugging can be completed by adjusting just 3 to 5 key parameters, covering the entire process.
Powerful AI algorithms, specialized for complex scenarios
Easy to learn and use, with a quick learning curve
Applications
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Loading & UnloadingIn loading and unloading applications, 3D cameras provide robots with precise 3D perception capabilities. For standardized workstations, the cameras can quickly determine the 3D coordinates and orientation of workpieces, guiding the robot to perform high-speed, precise pick-and-place operations
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Ordered & Random Bin PickingIn automated grasping applications, 3D cameras provide robots with reliable 3D perception capabilities. For ordered grasping, the cameras can quickly identify neatly arranged objects, enabling high-precision, high-throughput target grasping.
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Assembly error-proofingIn assembly error-proofing scenarios, 3D cameras establish a robust quality control system through high-precision 3D vision. For standard assembly processes, the cameras can quickly identify the 3D geometry and installation orientation of components, accurately verifying part models, quantities, and assembly sequences.
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