Utilizing a high-capacity rechargeable battery design, employing 2.4 GHz wireless transmission, and incorporating low-power circuitry, this system is primarily designed for the collection of bioelectrical signals from anesthetized animals and ex vivo tissues. It offers a standby time of up to one month.

Compared to traditional wired amplifiers, the KX Sciences wireless long-duration Wireless Biological Signal Amplifier frees itself from the constraints of cables, making it more convenient to operate. Additionally, with its front-end amplifier and pure DC power supply, it provides better signal quality.

The device is capable of continuously and in real-time collecting specific animal bioelectrical signals without interruption. It transmits this signal through its built-in wireless transmission device, which is then decoded by an external receiving system. Subsequently, the decoded physiological signals are sent to computer software for display, storage, analysis, printing, and other functions. Additionally, it is equipped with output interfaces to transmit the signal to third-party data acquisition recording equipment.