KPTR06F10-6P

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The KPTR06F10-6P is a two-stage, self-contained vibration amplifier that uses a unique frequency modulation which is applied to the work surface to create flow. This product can be used in various fields, including stereolithography, 3D printing, and manufacturing. Its working principle is based on vibration mechanics.

The first stage of the KPTR06F10-6P is the oscillator. This produces the output signal which is phase locked to an input reference signal. The reference signal is generated from the working surface by a transmitter. The amplitude of the reference signal is modulated by a feedback signal from the working surface. The frequency of the oscillator is adjusted so that the amplitude of the output signal corresponds to the amplitude of the input reference signal.

The second stage of the KPTR06F10-6P is the amplifier. This amplifies the output signal from the oscillator and delivers it to the working surface. By varying the frequency of the oscillator, the amplitude of the output signal is regulated. This enables the control of the working surface\'s vibration level.

The KPTR06F10-6P uses a unique frequency modulation technology which varies the oscillator\'s frequency based on feedback from the working surface. It is suitable for applications which require precise control of the work surface\'s vibration and can provide up to 200g of acceleration. In addition, the frequency can be adjusted manually to achieve desired effects and settings.

The applications of the KPTR06F10-6P include microfluidics, nano-positioning, medical diagnostics, advanced materials processing, and computer-aided machining. This device is also suitable for use in precision manufacturing, ultrasonic welding, and surface cleaning applications.

In general, the KPTR06F10-6P can provide an efficient and accurate way to control the vibration level of a work surface. By applying the unique frequency modulation technology, this device can help to achieve the desired results in a wide range of applications, from medical and manufacturing to 3D printing and stereolithography.

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