Patrons and Exhibitors

Verasonics designs and markets leading-edge Vantage™ Research Ultrasound Systems for academic and commercial investigators. These real-time, software-based, programmable ultrasound systems accelerate research by providing unsurpassed speed and control to simplify the data collection and analysis process. Researchers across the globe routinely use the unparalleled flexibility of the Vantage platform to advance the art and science of ultrasound through their own research efforts. In addition, every Vantage System can be upgraded to any configuration - protecting capital equipment investments and expanding research options. Verasonics’ Vantage Systems are the ideal solution for ultrasound-driven research and development in biomedical, materials science, earth sciences, and the physics of acoustics.

Vermon is leading the development and industrialization of state-of-the-art ultrasound solutions for medical and industrial applications.
Vermon’s commitment is to innovate, design and manufacture advanced transducers and arrays with cutting-edge technology to support its customers' innovative ultrasound applications while strengthening their long-term market position with superior ultrasound imaging performances.

Quanscient's cloud simulation platform, Quanscient.allsolve is built to enable engineers to run hundreds of complex simulations daily. With .allsolve's distributed FEM algorithms, engineers can run single simulations over 100x faster or over 100x more complex ones. In addition, .allsolve enables engineers to run as many simulations in parallel as needed. For example, automated parallel parametric sweeps can save huge amounts of time and enable engineers to test more design variations in a short time.

The key use cases .allsolve is built for are MEMS simulations and advanced 3D magnetics simulations such as superconductor simulations. With MEMS design we can accelerate a wide range of different simulations such as piezoelectric devices, ultrasound transducers, microfluidics, comb drives, photonics, and RF filters.

us4us Ltd. delivers advanced ultrasound research systems and OEM components optimized for software-defined ultrasound applications and GPU processing. Our solutions feature raw RF/IQ acquisition and high-speed PCIe data streaming, enabling the end user to implement their own real-time CPU/GPU processing algorithms. An open-source SDK provides flexibility and easy integration with C++/Python/Matlab.
For 2D imaging we offer: us4R-lite™ (a low-cost, portable device with 256TX/64RX channels and Thunderbolt-3 or PCIe interface) and us4R™ (256TX/256RX channel system with real-time data transfer rate up to 24GB/s). 
For 3D imaging we offer: us4R-lite-3D™ (a low-cost, portable system with Row-Column-Arrays support) and us4R-3D™ (1024TX/256RX channel system dedicated for Matrix-Arrays of 32x32).
For integration and serial production, we offer us4OEM™ (a credit-card sized ultrasound front-end module with 128TX/32RX channels).
In addition, we offer consulting and development services in the area of ultrasound methods, systems, and product development.

Nestled in Central Pennsylvania is one of the world’s largest producers of ultrasonic transducers.

At the heart of every ultrasonic transducer is a piezo crystal. Dr. Xuecang Geng, Blatek’s owner and chief scientist, is renowned for his work in the field of piezocomposites. His intrinsic choice of piezocomposite materials differentiates Blatek products and makes them superior to others. His dedicated team constantly employs innovative solutions to build transducers optimized for broad bandwidth, maximum sensitivity, and low signal-to-noise-ratio.

Broadsound Corporation is a medical ultrasound equipment company focusing on medical diagnostic ultrasound transducers and ultrasound equipment. We research, develop, manufacture and market complete and bespoke solutions from conception to completion.

Our scope of services covers the entire spectrum of the diagnostic ultrasound transducer business, from the medical, veterinary and aesthetics fields, as well as industrial applications.

In addition, we offer a wideband pulser/receiver for ultrasonic application, and an ultrasound transducer analysis system, the ProCheck SC5 UTAS, which as a patented algorithm to measure the given ultrasound transducer’s intrinsic characteristics and find its unique optimum driving waveform signal.

Furuya Metal Co., Ltd specializes in the rare metals of the platinum group and Al-Sc. With sophisticated technology developed through our engagement with Ir, Ru, and other metals that are difficult to work with and to recover, we develop high-purity, high-quality products, and recovers metals using our own exclusive technology.

IMASONIC is a leading, private and independent company that designs and manufactures ultrasonic transducers for Health and Safety applications. Since its creation in 1989, IMASONIC has been involved in the development of innovative solutions for the medical and industrial markets, with a particular contribution in the field of Photoacoustic imaging and therapeutic applications. The company has more than 140 employees to date.

Novosound specialise in the design and manufacturing of ultrasound sensors using a groundbreaking thin-film technique to address the limitations of traditional ultrasound. This includes products and customisable solutions for emerging applications in industrial, medical, dental and wearable markets.

Polytec provides testing services, rentals, and equipment sales & support to researchers and manufacturers. If your testing needs are in FBARs, SAWs, or any device that requires measurement in the DC - 8 GHz range, you must stop by our booth for a chat. Our innovative solutions in vibration analysis and surface metrology enable our customers to maintain technological leadership in their fields of ultrasonics.  Measurements can be performed either in one of our state-of-the-art labs or on-site in your facility: design validation, troubleshooting, calibration and quality control, component and structure level, traveling wave analysis for improving NDT methods, and roughness & shape measurements on the device or wafer. Additionally, you will learn about the industry best non-intrusive characterization tool for encapsulated MEMs devices.

Sonic Concepts™ is a global leader in designing and delivering innovative therapeutic and focused ultrasound solutions, including the HIFUPlex™ and NeuroFUS™ systems. Every day, researchers and organizations around the world use our best-in-class customizable products and turnkey ultrasonic therapy and imaging solutions to make medical breakthroughs and solve complex problems.

Sumitomo Precision Products Co., Ltd. manufactures and supplies MEMS devices such as MEMS gyroscopes and inertial sensor systems. It is also developing piezoelectric thin film technology to support more diverse and multifunctional MEMS device designs. Especially, we would like to introduce our epitaxial PZT thin film with low permittivity for transducers application as pMUT.

TFT Corporation is a leading supplier of piezoelectric ceramics and single crystals PMN-PT / PIN-PMN-PT, which are manufactured by our group companies, Tayca Corporation in Japan and TRS technologies, Inc in the U.S. Our group also develops piezoelectric composite products achieving superior characteristics by combining resin and piezoelectric material. Our products are used in a variety of industries such as medical imaging, non-destructive testing, ultrasound sensor worldwide. We are also doing research for next-generation single crystal.

For many years, the team has been working together in a synergistic mode to come up with easy-to-use products, conventional technologies, as well as the most advanced innovations in terms of electronics and software for non-destructive testing applications.

Our common technologies are Conventional multi-channel, Phased array and FMC/TFM family. We have further developed these with unique and numerous features. Ultra-Fast TFM is also available. We continuously keep developing to stay the most efficient in providing you all possible options.

CliniSonix develops and commercializes novel arrays and systems for automated 2D and 3D ultrasound imaging with quantum leap improvements in resolution, sensitivity, speed, intelligence and breakthrough array form-factors compared to current array technology.

CTS is a leading designer and manufacturer of sensors, actuators and electronic components for original equipment manufacturers (OEMs) in a variety of markets.

Electronics & Innovation, Ltd is a focused and dynamic company fulfilling the market demand for rugged and reliable RF power amplifiers. Founded in 2003, by former ENI engineers and executives, E&I was incorporated on the 16th of March, 2004. We are located in Rochester, NY, where all products are designed, assembled, and tested at our facility. E&I services and supports all major markets; operating globally through distributor outlets worldwide. E&I is committed to providing RF power amplifier solutions of the highest quality, durability, and ruggedness. Our amplifiers have under gone tests by the military and have proven to be even more reliable than the original ENI amplifiers. In addition unlike the old ENI amplifiers, they are CE marked, RoHS Compliant and meet all relevant emissions and safety standards. The Difference to You E&I has the people, the products, and the capabilities to meet your RF needs. Quality is and has been at the cornerstone of our growth – we constantly strive to be better, so that you can achieve more.

The Focused Ultrasound Foundation was created to improve the lives of millions of people worldwide by accelerating the development of focused ultrasound, an early-stage noninvasive therapeutic technology with the potential to transform the treatment of many medical disorders. The Foundation is dedicated to ensuring that focused ultrasound finds its place as a mainstream therapy within years, not decades, and works to fund research, foster collaboration, and build awareness among patients and professionals. Since its establishment in 2006, it has become the largest non-governmental source of funding for focused ultrasound research.

FUJIFILM VisualSonics, Inc is the undisputed world leader in the development of real-time ultrasound and photoacoustic systems, providing tools specifically designed to support imaging-based research. Our cutting edge technologies support researchers at the world’s top pharmaceutical and biotechnology companies, hospitals, and universities in their research efforts across areas including cardiovascular, cancer, neurobiology, developmental biology, and acoustics. These technologies support applications including genetic research, phenotypic studies, drug development, imaging systems development, and many more. VisualSonics' platforms combine a broad range of frequencies, high resolution, real-time data acquisition, and access to quantifiable data, all supported by powerful user-friendly software.

Founded in 1998 by employees of the Institut für Medizinische Physik und Biophysik of Martin Luther University Halle-Wittenberg, the name GAMPT – Company for Applied Medical Physics and Technique – now stands for comprehensive expertise in the field of ultrasonic measuring technology. We design our own projects and work together with partners from business and research to find solutions. A growing network of customers and partners in Germany, Europe, Asia and the USA is a reflection of many successful collaborations.

Innovia is an ISO9001 certified manufacturer of high performance piezoelectric materials, including PMN-PT crystals, PIN-PMN-PT crystals and customized PZT composites. In addition, Innovia is capable of developing and manufacturing highly customized piezoelectric devices, including electrodes for brain-computer interface (BCI), acoustic stacks for non-destructive testing (NDT) and medical ultrasound industries. 

OmniSensing Photonics is a leading technology company to provide innovative, customer-focused laser sensing solutions for various scientific and industrial applications. The main product line includes MotionGO series compact laser vibrometers at the frequency range of DC~2.5MHz, suitable for ultrasonic transducer characterization and inline vibration inspection.  

ONDA is the global leader in ultrasound measurement instrumentation and services. Our products are used to acoustically test devices in the medical, industrial, and electronic markets. Over 5,000 hydrophones have been used around the world to support a broad range of applications including medical imaging, therapeutic ultrasound, ultrasonic cleaning, and non-destructive testing. Onda has served over 1,000 unique customers in over 35 countries representing Fortune 10 companies, government research centers, and the most prominent universities.

PI Ceramic is part of the PI Group, the innovation and market leader for piezo technology, precision automation and nanopositioning.  As a global partner with more than 30 years of expertise, PI Ceramic develops and manufactures sophisticated piezoceramic components, subsystems and transducers in the areas of medical technology, industrial ultrasonics and precision dosing. Close to 25% of our currently 400 employees work in research and development.

Precision Acoustics is a leading global manufacturer of hydrophones, ultrasound transducers, ultrasound test stations and materials for the underwater acoustic and ultrasonic markets.

As a recognised leader in the design and supply of products to measure acoustic pressure, intensity and power, we have the expertise to solve many of the problems associated with ultrasound in the frequency range 0.1-40MHz. Whether it is assistance with developing a new ultrasound transducer for medical or NDT applications or simulating and problem-solving an existing design, our team apply a rigorous scientific approach to ensure that all aspects of the transducer’s performance and field pattern are well understood.

scia Systems is a full-range supplier for precise surface processing equipment, based on advanced ion beam and plasma technologies. The systems are applicable for coating, etching and cleaning processes, mainly in the MEMS, microelectronics and precision optics industries. Our ion beam trimming equipment can especially be used for high precision surface trimming of wafers, without limitations in film and wafer materials. For example, Piezo-On-Insulator (POI) wafers, that offer improved coupling factor and thermal performance, can be trimmed to a target film thickness with low standard deviation. The related scia Trim 200 system is designed for high-volume production with a throughput and maintenance optimized layout with a semiconductor cassette handling robot that accommodates all standard wafer sizes.

The Science Partner Journals (SPJ) program was launched in late 2017 by the American Association for the Advancement of Science (AAAS). The program features high-quality, online-only, open-access publications produced in collaboration with international research institutions, foundations, funders, and societies. Current journals in the program include Research, Plant Phenomics, BMEF, BioDesign Research, and Advanced Devices & Instrumentation. For more information https://spj.science.org

SinapTec has been at the forefront of understanding and harnessing the power of ultrasound for nearly 40 years, establishing ourselves as leaders in this field.
Our dedicated team of researchers and engineers has successfully developed high-power electronic drivers for medical, research and industrial applications. Our patented integrated NexTgen platform makes configuration, real-time control and measurement of our drivers easy through SinapTec software-based system.
From frequencies 20kHz to 5MHz and power outputs from 5W to 5KW, our versatile technology provides the ideal solution for your applications.
Thanks to our new flexible multi-channel high-intensity focused ultrasound (HIFU) device, we offer the unique tools for research investigations by simplifying the generation and amplifier process while supervising HIFU emission.

S-Sharp provides cutting edge solutions to preclinical and clinical research ultrasound. Our core competence is the ability to leverage advanced electronics technologies to address our customer’s needs by providing programmability, power and speed. Please visit us to know more about our new products for imaging and therapeutic applications.