High-Intensity Focused Ultrasound Transducers (0.5 MHz–10 MHz) for Acousto-Optic Lensing & Therapeutics

Our HIFU Series represents a breakthrough in focused ultrasound transducer technology, engineered for collinear acousto-optic lensing—a revolutionary approach that generates a 3D-variable refractive index profile for dynamic optical focusing. With decades of experience in piezoelectric transducer design and precision manufacturing, we deliver industry-leading performance across medical, research, and industrial applications.

Unlike conventional systems that produce Bessel-like beams with limited localization, our transducers generate a true single-point optical focus with an instantaneous extended depth of field—eliminating the need for mechanical scanning or complex synchronization.

Select from a standard frequency range of 1.0 MHz to 10.0 MHz, with each unit featuring a fixed, precision-tuned PZT-8 piezoelectric crystal. You choose the optimal frequency, aperture, focal length, and configuration for your specific application at order time.

Parameter

Available Range

Center Frequency

1.0 – 10.0 MHz

Bandwidth (-6 dB)

40 – 60%

Aperture Diameter

10 – 100 mm

Outer Housing Diameter

14 – 110 mm

Focal Length

10 – 100 mm

Focal Zone (Axial × Lateral)

5–30 mm × 1–15 mm

Piezoelectric Material

PZT-8

Insertion Loss

10 – 25 dB

Maximum Input Voltage

Up to 105 V

Acoustic Intensity (Peak)

50 – 500 W/cm²

Refractive Index Modulation (Δn)

0.5 – 5.0 × 10⁻³

Optical Beam Area Reduction

50× – 500×

Connector Type

BNC / SMA / Custom

Primary Applications

Acousto-Optic Lensing / HIFU Therapy / Imaging

Contact us for purchase or customization.

Product customization form

Please enter your desired specifications, values, and parameter ranges in the form.

Our team will review your requirements and develop a configuration tailored to your application.

Phone

Email

Contact Us

© 2026. All rights reserved.

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.

Quick Access