3D Vision System
Accurate User-friendly Fast
High recognition rate
High Adaptability
XYZ’s unique vision algorithm adapts to objects of different materials, colors, and shapes. Reflective, dark-colored, and densely packed items can also be recognized.
High accuracy
XYZ’s vision system accurately recognizes irregular-shaped industrial parts that are randomly piled.
Wide coverage
Cameras are selected according to the field of view and accuracy requirements in different scenarios. Various types of industrial parts can be identified, such as rough parts, finished parts, painted parts, cast parts, etc.
User-friendly
• Fast deployment. Onsite fine-tuning that used to take days can now be completed in a few steps.
• XYZ vision system generates the optimal trajectory and avoids obstacles automatically. Waypoint teaching can be eliminated.
• XYZ vision system is compatible with major robot brands through a standard interface. Customized robots, working environments, and end-effectors can be imported.
High recognition rate
High Adaptability
XYZ’s unique vision algorithm adapts to objects of different materials, colors, and shapes. Reflective, dark-colored, and densely packed items can also be recognized.
High accuracy
XYZ’s vision system accurately recognizes irregular-shaped industrial parts that are randomly piled.
Wide coverage
Cameras are selected according to the field of view and accuracy requirements in different scenarios. Various types of industrial parts can be identified, such as rough parts, finished parts, painted parts, cast parts, etc.
User-friendly
• Fast deployment. Onsite fine-tuning that used to take days can now be completed in a few steps.
• XYZ vision system generates the optimal trajectory and avoids obstacles automatically. Waypoint teaching can be eliminated.
• XYZ vision system is compatible with major robot brands through a standard interface. Customized robots, working environments, and end-effectors can be imported.
High throughput
XYZ vision system generates time-optimal trajectory and automatically triggers cameras when robots leave the field of view.
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Models
High throughput
XYZ vision system generates time-optimal trajectory and automatically
triggers cameras when robots leave the field of view.
Models
Case studies
Case studies
