Air escaping from the bearing can cause subtler damage by modulating the arm wand and stylus. This may be a necessary evil in any air bearing design... Doubtless the effect can be mitigated by reducing air gap tolerance or with arm wand damping. I suspect that the Kumza Airline has a particularly close gap, as it is designed for higher pressure 60 psi operation. At CES I asked F. Kumza about this. He replied that as the technology is well proven in industrial instruments in microscopic applications, it should be good enough for audio.
Trans-Fi/Ladegaard is the only air tonearm that I know of that doesn't use a captured air bearing. Air escapes freely all around the bearing. With this design the lowest possible air pressure that floats the bearing(about 1 psi)sounds best. A different approach.
Trans-Fi/Ladegaard is the only air tonearm that I know of that doesn't use a captured air bearing. Air escapes freely all around the bearing. With this design the lowest possible air pressure that floats the bearing(about 1 psi)sounds best. A different approach.