Your Ultrasound Technology Partners
Daxsonics Ultrasound Inc. provides technical expertise and engineering support for emerging applications in advanced ultrasound technologies. It specializes in developing products for image guided intervention, integrating minimally invasive ultrasound solutions into surgical suites.
Daxsonics operates as a contract designer and manufacturer for novel and demanding ultrasound transducers, specializing in microfabrication techniques using composite materials.
Initial research and design studies to assess the viability of advanced ultrasonic applications.
Specialized modeling and simulation for high-frequency acoustic stacks and complex arrays.
Utilizing piezoelectric wafer fabrication, photolithography, micro-dicing, laser micro-machining, and high-density wirebond interconnects.
Designing PCB and FPCB interconnects, interposers, and mechanical packaging for small, high-density environments.
Comprehensive validation and testing protocols for custom transducer arrays.
Scalable fabrication and assembly of advanced transducers from prototypes to commercial volumes.
Daxsonics offers design and development of integrated electronics for ultrasound medical devices, focusing on analog RF amplifiers, low noise front ends, digital control circuits, and high-throughput data interfaces.
Designing complex system boards optimized for mixed-signal ultrasound environments.
Developing high-frequency, high-power amplifiers and low-noise front ends.
Designing transducer interconnect circuits, interposers, and complex PCB routing.
Optimizing electromagnetic interference and compatibility compliance for medical device boards.
Upholding design for assembly, manufacturing, and testing principles to transition electronic assemblies to commercial production.
Engineering simple test jigs and multiplexers to assist in the validation process.
Daxsonics develops software solutions for ultrasound imaging systems, creating clean, creative code to support demanding ultrasound architectures.
Structuring the operating framework for ultrasound imaging devices and hardware.
Developing advanced beamforming technologies, including FPGA-based architecture.
Programming system operating logic and complex digital control systems.
Implementing advanced signal processing, artificial intelligence, and computer vision algorithms.
Medical Devices · Research Facilities · Veterinary & Animal Care
Belgium · Research Facilities · Client: Urban Laboratory at NERF
Designed a small form-factor, lightweight 15 MHz linear array probe optimized for high resolution and high sensitivity in preclinical and small animal research. The array has been successfully utilized for in-vivo imaging of mouse brain vasculature.
Medical Devices
Developed a 5-channel high-frequency ultrasonic analog front-end with a programmable transmit beamformer, featuring adjustable analog time-gain compensation, variable gain, and high operating frequency.