Hardware with usability problems: Dyson Airblade hand dryer

Most of my usability posts are about software, but from time to time I will comment about usability issues in other aspects of life, such as machines and buildings.

The picture below shows the Dyson Airblade. This is a new kind of hand dryer popping up more and more in public washrooms. I hate them. Please, if you are installing a washroom, don't choose this technology!

This technology uses high speed jets (blades of air) to rapidly push the water off your hands. You insert your hands from above. The water is 'pushed' rather than evaporated. It works, if you are an able-bodied adult with steady hands.

The big benefit of the device is lower energy consumption.

What are the problems:

1. They are totally unusable by small children. You have to insert your hands from above. Small children simply cannot reach the slots. In many washrooms with these devices there is no alternative, so kids have to leave their hands wet. My four-year old cannot use these yet; she is short and likely will only be able to use them when she is 6 or 7. This is unacceptable.
2. Disabled people in wheelchairs cannot use them. This is a critical accessibility problem.
3. People with Parkinsons, or unsteady hands in general will always find that they end up touching the yellow borders of the device. This is unhygienic. Dryers should not require touching anything because not everybody washes their hands well.
4. Even people like myself and my wife don't like them because of reason 3. I have steady hands, but it it requires attention to avoid touching the borders; not easy, for example, if you have little kids in tow.

I don't see an easy way to fix this without major redesign. They could somehow arrange for an additional set of hand slots much lower down, to solve problems 1 and 2. However that would increase the cost a lot. To solve problems 3 and 4, they would need to increase the openings a lot, but that would decrease the effectiveness. Perhaps some kind of mechanism could automatically move to avoid having the device touch people's hands, or perhaps it could be redesigned so people insert their hands up to their sleeves, so only their sleeves would touch. A moving element could then push the water with the blade of air. However, this all seems very difficult to achieve inexpensively from an engineering standpoint.

If you agree with the above, please forward to the company, to building supervisors and to your friends. The corporate website has a feedback form  Let's try to get a movement going against this device until it is redesigned to solve the above problems. Such unaccessible devices are totally unacceptable.