HOW DO WE ACHIEVE THIS?
A Case Study
#Ultrasonics
How to detect different materials using acoustic effects? and how can we integrate this into our product?
We modelled, prototyped, and measured a wave-based acoustic sensing method to classify at least 7 categories of different materials, at low BOM cost, suitable for use case, with a mix of hardware and software elements that are protectable intellectually.
Blog
Documentation and technical
March 9, 2026
Article explaining structure-borne noise and radiated noise caused by railway, trucks, or heavy vehicle passbys, where vibration is converted into noise by bending waves.
June 16, 2026
The technological landscape of modern industrial assembly is increasingly defined by the transition toward high-efficiency, solid-state joining processes. Ultrasonic welding (UW) has emerged as a cornerstone […]
January 17, 2026
Longitudinal waves The simplest kind of wave is the longitudinal wave. Sound waves in air are longitudinal waves, meaning the direction of particle vibration is the […]
Services
Acoustic technology engineering services for sound, vibration, ultrasonics, haptics, sonar, electromagnetics and embedded solutions.
<500
Hz
Vibration measurements.
DSP and embedded, IoT measurement devices.
Audio technology and acoustics.
Shaker testing, isolator design.
Haptic development.
Electromagnetics, prototyping and simulation.
Underwater hydrophone measurements.
>20000
Hz
Ultrasonic measurements in air and water.
