ENSMART Acousen-300U Industrial Ultrasonic Stethoscope

The Acousen-300U is a 6-channel circular microphone array that employs acoustic non-contact sensing and advanced microphone‑array technology, integrating multiple algorithms to suppress ambient noise and accurately capture ultrasonic signals reflecting the operational status of the device under test. It is an integrated smart hardware solution featuring AI‑powered acoustic processing capabilities. Its core function is to acquire, process, and analyze ultrasonic audio data to extract the target object's unique acoustic signature—its "ultrasonic fingerprint." Application areas include industrial inspection and maintenance, as well as power‑equipment diagnostics, among others.

Ensmart Acousen-400 Contact-Type Stethoscope for Voice Analysis

The Ensmart Acousen‑400 smart AI stethoscope is an industrial equipment condition‑monitoring solution that leverages advanced solid‑state microphone acoustic sensing technology and intelligent algorithms. By employing high‑precision sound acquisition, intelligent filtering, dynamic temperature‑compensated speed calibration, real‑time data transmission, and AI‑based analysis, it delivers intelligent early warnings and fault diagnosis for equipment operating conditions, covering a full range of monitoring scenarios—from low‑speed, heavy‑load machinery to high‑speed rotating equipment. Its key advantages include highly sensitive sound capture, robust on‑site interference rejection, easy installation, and support for remote operations and maintenance.

Ensmart Acousen 100 Series Handheld Industrial Leak Acoustic Imaging Instrument

The Ensmart Acousen handheld industrial acoustic imager is an intelligent detection device designed and developed to locate the sources of distant gas leaks using acoustic visualization imaging. Based on microphone‑array measurement technology, it determines the position of a sound source by analyzing the phase differences of acoustic signals arriving at each microphone within a given spatial area, in accordance with phased‑array principles. It also measures the amplitude of the sound source and displays its spatial distribution as an image—producing a cloud‑like acoustic field map in which the color and brightness of the image indicate the intensity of the leak.