SmartWave system employs high-frequency ultrasonic waves to agitate a specialized sterilizing fluid, creating microbubbles that can penetrate into the crevices and complex surfaces of medical instruments.

This cavitation effect ensures that the sterilizing agent reaches all areas, disrupting microbial cell structures and achieving comprehensive sterilization.

The system monitors and adjusts the ultrasonic frequency in real-time to ensure optimal performance for different device materials and designs, ensuring that the structural integrity of the devices is maintained.

SmartWave offers an advanced solution that ensures complete sterilization of complex medical devices, significantly reducing the risk of infections.

It does this without heat, pressure, or corrosive chemicals, thereby preserving device longevity and performance.

SmartWave is fast and integrates easily into existing surgical workflows, reducing the downtime of essential instruments.

The technology for ultrasonic sterilization exists primarily in industrial cleaning; adapting it for medical sterilization involves further research into optimal frequencies for diverse materials and configurations.

The cost barrier is moderate, as the device requires sophisticated sensors and control systems to adapt to varying types of instruments.

Regulatory approval requires ensuring compatibility with medical standards for sterilization efficacy.