Custom Ultrasound Solutions
Transducers, Systems & Engineering Services
At Phononix Labs, we provide custom high-frequency ultrasound transducers, systems, and engineering solutions for research, industry, and medicine.
Our expertise spans medical imaging, neuromodulation, therapeutic ultrasound, acoustic characterization, and advanced research applications.
From concept development and simulation to prototyping, testing, manufacturing, and commercialization support, our team works closely with customers to transform ideas into practical ultrasound solutions.
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.
Capabilities & Services
Custom high-frequency ultrasound transducers and arrays
Integrated ultrasound systems and instrumentation
Consultation and contract engineering
Design optimization and FEA simulation
Prototype development and small-batch manufacturing
Acoustic testing and characterization
Hydrophone measurements and acoustic power testing
OEM and research partnerships
Custom Design Options
Single-element, annular, linear, phased-array, and custom array configurations
Flat, cylindrical, spherical, and conformal geometries
Circular, square, elliptical, and custom apertures
High-frequency and ultra-high-frequency designs
MRI-compatible configurations
Custom focal lengths and aperture sizes
Flexible, stretchable, and wearable ultrasound platforms
Frequently Asked Questions
Do you build arrays and phased arrays?
Yes. Our expertise includes linear, phased, annular, flexible, and custom array configurations for imaging, stimulation, and therapeutic applications.
Can you develop a transducer from my specifications?
Yes. We design and manufacture custom ultrasound transducers and arrays tailored to your frequency, geometry, performance, and application requirements.
Do you offer consulting and contract engineering services?
Yes. We provide acoustic design, simulation, prototyping, testing, and product development support for research and commercial projects.
Can you help with prototyping and small-batch manufacturing?
Yes. We support projects from concept development through prototyping, validation, and low-volume production.
What ultrasound frequencies do you support?
We develop transducers ranging from low-frequency therapeutic devices to high-frequency and ultra-high-frequency imaging transducers.
What applications do you support?
Our technologies support medical imaging, neuromodulation, therapeutic ultrasound, ophthalmology, elastography, photoacoustics, wearable ultrasound, and advanced research.
Do you provide acoustic testing and characterization?
Yes. We offer hydrophone measurements, acoustic power testing, beam characterization, and performance validation services.
Can you repair or refurbish ultrasound probes?
Yes. We provide repair, refurbishment, testing, and performance evaluation for selected ultrasound probes and transducers.
Do you work with universities and startups?
Yes. We frequently collaborate with universities, research institutions, startups, medical device companies, and OEM partners.
Are your solutions compatible with OEM systems?
We can design transducers and arrays compatible with many commercial and custom ultrasound platforms.
Contact Us
+1-310-962-7604
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About Phononix Labs
At Phononix Labs, we develop custom high-frequency ultrasound transducers, systems, and engineering solutions for imaging, neuromodulation, therapy, and advanced research applications.
Los AngAeles, California, USA
Let's discuss your ultrasound project.