Transducers

Daxsonics Custom Transducers

Daxsonics is a contract design and manufacturer for novel and demanding ultrasound transducers. Bring us your problem and we will find a solution!

We specialize in microfabrication techniques using composite materials. Our facilities have a host of tools to meet any challenge: piezoelectric wafer fabrication, photolithography, micro-dicing, laser micro-machining, high-density wirebond interconnects, conformal coating and physical vapour deposition. Our equipment not only allows us to meet specific challenges, but Daxsonics is making some of the most technically advanced transducers on the market.

For custom transducer projects, Daxsonics offers:

  • Feasibility Studies

  • Acoustic Design

  • Simulation

  • PCB and FPCB interconnect design

  • Fabrication

  • Mechanical Design

  • Testing

  • Project Management

  • Complete life cycle development

  • Manufacturing

Our depth of experience means we can work with a broad range of partners in diverse industries to find solutions for the most advanced ultrasonic applications available.

Materials: PVDF, PZT, Custom Composite, Single Crystal, etc
Technology: 2D, 3D, Phased-Array, HIFU, High Sensitivity
Frequency: Varies. 100kHz - > 40MHz
Elements: 1024 and counting…
Size: down to 1mm


15 MHz Linear Array

Designed with high resolution and high sensitivity in mind, this small form-factor, lightweight probe is perfect for preclinical, small animal research.

Transducer Specifications:

  • Center Frequency: 15MHz

  • Total No. of Elements: 128

  • Bandwidth: >60%

  • Element Pitch: 0.090mm

  • Element Elevation Length: 2mm

  • Sensitivity: >300kPa/Vp*

  • System Compatibility: Verasonics Vantage UTA 260, 408-GE, 256 Direct. Others available upon request.

Mechanical Dimensions:

  • Overall Body Size: 10mm x 22mm x 25mm

  • Array Face: 4.8mm x 14.7mm x 4.15mm

  • Cable Entry Diameter: 7.6mm

In-Vivo Images:

Images of the mouse brain's vasculature obtained using the OpenfUS package from the Urban Laboratory at NERF, Belgium.