That looks largely similar to Ocado's solution that gets trotted out at trade shows. Kinect V2 coupled with a suction-based system. The difference here is the gripper. Their rep said that they found that suction works reliably and provides good grasp detection (e.g. loss of suction).
It's worth pointing out that this capability solves the problem of moving an arbitrary object from A to B. That's really not that hard with a suction cup. All you have to do - and this is how Ocado solve it, from my reading of the presentation - is locate a mostly-planar surface in your point cloud and suck it. All that changes in this case is the gripper closes to hold the part in. Bing - it works if you have no idea what the part is, beyond some basic constraints like size or weight. You don't need to worry about 'correct grasps' or anything like that.
What it doesn't solve is picking up a part precisely from a bin/tray and in a known orientation. That second problem crops up in manufacturing all the time.
It's worth pointing out that this capability solves the problem of moving an arbitrary object from A to B. That's really not that hard with a suction cup. All you have to do - and this is how Ocado solve it, from my reading of the presentation - is locate a mostly-planar surface in your point cloud and suck it. All that changes in this case is the gripper closes to hold the part in. Bing - it works if you have no idea what the part is, beyond some basic constraints like size or weight. You don't need to worry about 'correct grasps' or anything like that.
What it doesn't solve is picking up a part precisely from a bin/tray and in a known orientation. That second problem crops up in manufacturing all the time.