Recent Projects

Partnering with SensorTech, our project focuses on simulating sound fields tailored for low-frequency oil field transducers. Leveraging advanced computational models and cutting-edge simulation techniques, we aim to optimize the performance and efficiency of these transducers in challenging oil field environments. Our collaboration seeks to enhance the accuracy and reliability of sound field simulations, ultimately contributing to the advancement of oil exploration and production technologies.

Our project with Curative Sound LLC centers on advanced simulations for beam steering in therapeutic ultrasound applications. Through state-of-the-art computational modeling and innovative simulation techniques, we aim to refine and optimize the precision of beam steering capabilities for therapeutic ultrasound devices. Our collaboration strives to enhance treatment effectiveness, target accuracy, and patient outcomes, driving innovation in the field of therapeutic ultrasound for medical applications.

In collaboration with Sonablate LLC, our project focuses on developing a cutting-edge schlieren imaging system. Leveraging advanced optics and image processing techniques, our goal is to enhance the visualization and characterization of acoustic wave propagation in therapeutic ultrasound applications. By providing high-resolution imaging of acoustic phenomena, our system aims to improve the understanding and optimization of Sonablate's innovative ultrasound technology for precision medical interventions.

A long term client, our initiatives with Promo Medical have played a pivotal role in advancing probe performance and setting higher safety standards in medical imaging applications. Through rigorous testing, evaluation, and innovation, we strive to ensure that our probes deliver optimal results and contribute to improved patient care. Some projects included:

1. Acoustic testing on over 30 lens materials, including RTVs, Silicones, Oils, & Viscous fluids, to assess their suitability for probe manufacturing.
2. Evaluating the thickness of lens materials on probes such as Siemens 6C1-HD, Philips S7-2T, and 610-3V, ensuring consistency and quality in manufacturing processes.
3. Establishing a hydrophone test tank to facilitate precise measurement of ultrasound beams, enhancing accuracy in data acquisition.
4. Ensuringcompliance with international standards (IEC 60601-2-37, IEC-62359, NIMA/AIUM) by rigorously testing probes.
5. Prototype and manufacture Pure-wave ultrasonic arrays for endocavity imaging, contributing to advancements in diagnostic accuracy and imaging technology.