Same pulsator platform technology for different applications.
Opportunity to build small scale test rigs in our workshop and run prototype tests in our lab.
Proven outcomes that drive growth and sustainability.
Partnering with you to create smart, effective solutions for your industry's needs.
Infrasonik was founded on a simple but powerful question: what if sound could be used to improve industrial processes in ways no one had explored before?
For decades, our founder Mats Olsson worked with infrasound—frequencies below human hearing—driven by a belief that this overlooked field held untapped potential. With no established theory or applications to rely on, the journey began from first principles, through experimentation, persistence, and a willingness to challenge conventional engineering.The first real breakthrough came in an unexpected place: boiler cleaning. What started as a niche application quickly revealed something much bigger. Infrasound didn’t just clean—it could influence particle movement, enhance heat transfer, and fundamentally improve process efficiency.Early collaborations with industrial partners like Gestamp and later SSAB helped validate the technology in real-world environments. These tests marked a turning point, proving that infrasound could scale beyond the lab and deliver measurable impact in heavy industry.Today, Infrasonik is building on that foundation—developing solutions that make industrial processes more efficient, more sustainable, and more controllable. What began as a curiosity-driven exploration has grown into a platform technology with applications across multiple industries.And we’re just getting started.
Founder and inventor
"Always in the future"
To pioneer high-intensity infrasound as a scalable industrial process technology, transforming heat and mass transfer to increase capacity, improve efficiency, and reduce energy use in manufacturing.
Our vision is a manufacturing industry where production systems operate at their physical limits — delivering maximum performance with minimal energy intensity.
High-intensity infrasound generates powerful low-frequency pressure waves that create strong particle motion in gases. This intensified movement disrupts thermal boundary layers and enhances heat and mass transfer — enabling faster, more uniform cooling and drying without increasing mechanical airflow.
Traditional systems rely on increasing airflow velocity, which often requires larger fans, more energy, and added mechanical complexity.Infrasonic technology enhances convective transfer through acoustic particle velocity rather than bulk airflow, allowing performance improvements within existing footprint constraints.
Our technology is particularly suited for processes where heat or mass transfer limits performance, including:Cooling in high-temperature production linesDrying applicationsThermal management in metal processingSituations where space or energy use is constrainedEach solution is adapted to the specific process environment.
By enhancing fundamental process physics, infrasonic technology can support:Increased production capacityReduced energy consumptionExtended equipment lifetimeImproved process stability and uniformityThe exact impact depends on process configuration and operating conditions, but the objective is always measurable industrial performance improvement.
Yes, we offer ongoing support after project delivery to ensure your systems run smoothly and continue delivering value. This includes troubleshooting, performance monitoring.
