Ultracoustics makes the world’s most sophisticated microphones, detecting sound from 20 kHz to 2 MHz with unmatched sensitivity in an integrable form factor.
Ultracoustics Technologies Ltd. designs and manufactures the world’s most sophisticated optical microphones, enabling precise acoustic detection across a broad frequency range of 20 kHz to 2 MHz. Our cutting-edge technology delivers unparalleled sensitivity, flat frequency response, and non-contact measurement capabilities, revolutionizing applications in scientific research, industrial monitoring, and non-destructive testing (NDT).
Key Technology Capabilities:
Ultra-Wideband Detection: Captures ultrasonic frequencies from 20 kHz to 2 MHz with extreme precision., Optical-Based Sensing: Uses laser readout for non-contact, highly sensitive sound detection., Flat Frequency Response: Ensures accurate, distortion-free acoustic measurements., High Dynamic Range: Detects both weak and high-amplitude signals with exceptional clarity., Non-Invasive & Non-Destructive: Operates where traditional microphones fail or interfere with the system., Low-Cost & Accessible: A cost-effective solution for a wide range of applications., Seamless Integration: Features USB connectivity for plug-and-play operation and real-time data readout.
Ultracoustics’ easy-to-use, high-performance microphones redefine acoustic sensing, making advanced ultrasound detection more accessible than ever.
Kyle Scheuer is the Founder of Ultracoustics Technologies Ltd., a Canadian company pioneering the world’s most sophisticated microphones. With a detection range spanning 20 kHz to 2 MHz, Ultracoustics' cutting-edge optical microphones drive breakthroughs in scientific research, industrial monitoring, and non-destructive testing (NDT).
Kyle’s expertise lies at the intersection of acoustics, photonics, and advanced sensing technologies, with multiple peer-reviewed publications to his name. Passionate about pushing the boundaries of acoustic detection, he is dedicated to transforming how industries perceive and analyze sound at ultrasonic frequencies.