Phononz Labs Services

At Phononz Labs, Custom ultrasound transducers crafted for research and medical breakthroughs.

we craft ultrasound transducers that power breakthroughs in medical diagnostics and therapy, tailored to your research and clinical needs.

phononz team of application engineers and designers will work with you to develop a product specification, then manufacture transducers and electronics that will meet your performance and environmental requirements.

Ultra High-Frequency Transducers

High-frequency, high-resolution imaging is enabled by our single-element ultrasonic transducers, which offer exceptional sensitivity and broad bandwidth. Designed for advanced applications such as ophthalmic and medical diagnostics, these press-focused transducers deliver superior imaging depth and clarity for cutting-edge medical and scientific use

Array Transducers

High-frequency array transducers, including linear, phased, annular, and 2-D matrix arrays, deliver exceptional resolution and sensitivity. Built with advanced piezoelectric materials and precision microfabrication, they provide reliable, high-performance solutions for a wide range of medical and industrial ultrasonic applications.

HIFU Transducers

High-frequency flexible and wearable transducers conform seamlessly to the body for continuous, real-time monitoring and imaging. Engineered with stretchable island-bridge architectures and soft silicone encapsulation, they maintain exceptional acoustic performance during natural movement. Ideal for long-term cardiovascular monitoring, point-of-care diagnostics, and wearable health technologies, these transducers bring ultrasound out of the clinic and into daily life.

Flexible & Wearable Transducers

High-frequency HIFU transducers like the HIFU-3.3 combine collinear acousto-optic lensing with therapeutic ultrasound for dual-mode operation. This 3.3 MHz PZT-8 element generates a spherically confined focal zone for dynamic optical focusing while delivering therapeutic ultrasound. Applications include non-invasive tumor ablation, targeted drug delivery, and blood-brain barrier opening. It also enables ophthalmic treatments, neuromodulation, and thermal therapy for cancer.

Bio-Implantable Energy Harvesting Transducers

High-frequency energy harvesting transducers convert ultrasonic energy into electrical power for wireless charging of implantable and wearable devices. Using advanced piezoelectric materials, they efficiently capture acoustic energy through biological tissues to power microelectronics and charge batteries. By eliminating the need for bulky batteries and replacement surgeries, they enable maintenance-free operation. Ideal for bio-implantable systems and remote monitoring, they power next-generation medical technology.

Visiual Prosthetic Neurostimulation

High-frequency neurostimulation arrays use targeted ultrasound beams for non-invasive modulation of neural activity in vision restoration and neurological applications. With advanced piezoelectric materials and 2-D architectures, they deliver precise, patterned stimulation to the retina, cortex, and nerves with exceptional resolution and depth. Ideal for retinal prostheses and cortical neuromodulation, these biocompatible arrays offer a powerful platform for next-generation neural interfaces.

Our Service Offerings

• Customized turn-key ultrasound transducer and system solutions

• Small-batch manufacturing ensuring quality and compatibility with major OEM systems.

• Tailored single-element and array transducers built to your exact research needs.

• Customized transducer prototypes

• Production transducer manufacturing

• Grant support

• Transducer acoustic characterization

• Hydrophone calibration

Our Custom Transducer Design Parameters

• Types of arrays: Annular, sector, phased, linear, annular-sector, theta-theta, random

• Surfaces: Flat, cylindrical, spherical, irregular cylindrical surface with multiple radius

• Shapes: Square, circle, donut, ellipse, irregular shapes for apodization

• Frequencies: 100 kHz thru 7.5 MHz

• Central opening shapes: Square, rectangle, ellipse, circle

• MRI compatibility

Frequently Asked Questions

What products do you offer?

We design single-element and multi-element ultrasound transducers.

Who uses your transducers?

Our transducers serve industry and university labs worldwide for research and development.

Can you customize transducers?

Yes, we create custom prototypes and small-batch production tailored to specific research or clinical needs.

Do you support OEM system compatibility?

We engineer replacement arrays compatible with major OEM brands.

What applications do you cover?

Applications include imaging, elastography, stimulation, and cancer-cell ablation.