I went to test this device in the office of the Neoden distributor in my country ( I'm serious, I moved cities for this.). It is a terrible machine for 0402s, it works well for 0603 and above, but when pulling the reel towards itself for the first time on the tape, it spills 15-20 components on the floor. If you are going to work with 0402, definitely do not forget to take a microscope and a JBC package for manual soldering because the results are terrible with 0402.
I offered to use it with paste, the distributor did not accept it. He stuck double-sided tape on the pcb, which contained too much adhesive. I told him that it would not stick that well with paste. However, despite the double-sided tape, the 0402 components were lying on the pcb in an upside-down manner. These are my experiences. The results are good for 0603 packages, but as I said, the sector is shifting towards the use of 0402 components. If you do not want to have a headache, I recommend that you save your money and invest in devices worth 10-15k dollars.The problems of such devices are that the device vibrates due to inertia against acceleration. When the motor moves on the axes and suddenly wants to stop, the device is exposed to a tremendous vibration. The solution to this is to add weight to the base of the device and mechanical simulations. I cannot understand why they do not add concrete blocks to the base of the device as modular.
At the same time, the mechanical assembly phase of such devices must be very precise. If you cannot adjust the torque on the screws well, the chassis will start to stretch. Therefore, the chassis must also be machined with a very precise tolerance. However, these are things that increase the cost. In addition, such devices are developed with a focus on making money. The engineer who designs the firmware does not understand software architecture. You will encounter tons of problems among the spaghetti code. (While trying to fix a torn stitch, another stitch tears through the fabric.)