Traditionally, transducer of industrial ultrasonic cleaning machine is piezoelectric ceramic. Apart from many other defects, there are two points: limited power output(¡Ü3.5kw) and single frequency. Thus the industrial ultrasonic cleaning machines with piezoelectric ceramic transducer can't be applied to many aspects as the world progresses so rapidly.

    However, when the transducer is made of the giant magnetostrictive material, the industrial ultrasonic cleaning machine gains more: high power, high efficiency, multifunctional, and comparatively high performance/price rate.

Merits of the magnetostrictive ultrasonic cleaning machine:
High power output. The maximum can be 1-4 times which is higher than the traditional ultrasonic cleaning machine. Massive cleaning becomes possible, efficiency improves greatly.
Adjustable frequency(10-25KHz)makes it possible that the machine is multifunctional, and applicable to a larger range.
Smaller size. Because the energy density of piezoelectric ceramic, the transducer that is made of the new material which is much smaller than the traditional ones.
Low voltage. Piezoelectric ceramic transducer can only work with high voltage. Thus, the low voltage design of the magnetostrictive ultrasonic cleaning machine is easier.

    Market Analysis
    Ultrasonic cleaning is widely applied to many fields, such as precision component and apparatus, jewry, glasses, electronics, etc., as a result, the magnetostrictive ultrasonic cleaning machine will definitely replace the traditional cleaning machine in the market because of its outstanding merits(i.e. high power, high efficiency, and great adaptability). Furthermore, new ways of application will appear and bring out even more prosperous market in the future.

    The new ultrasonic cleaning machine implies significant benefits. For instance, if the unit price is £¤12,000, annual demand is 10,000 pieces, then the output value will be £¤120 million, and the pure benefit will be £¤40 million.