We are back at the IEEE International Ultrasound Symposium in full force this year, and we have some brand new product and technology updates to share with you! If you’re joining us in Montreal, Canada 3–8 September, be sure to find us at our booth (#1).
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IUS 2020
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Product rebranding
Read moreWe have decided to unify the names of our family of research platforms. This rebranding supplies each product with a distinct name while making them all part of the us4R (ultrasound for research) or us4OEM (ultrasound for OEM) family.
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New facility in Łódź
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Becoming a Bronze Sponsor of the IUS-2019
Read moreIt is hardly new for us to exhibit at the IEEE Ultrasonics conference… this will actually be the 8th time in a row! However, this year, we not only have a booth, but for the very first time we have become an official sponsor of the conference (a Bronze one)!
So, we would like to warmly invite you all to our exhibition at the IEEE Ultrasonics 2019 in Glasgow, Scotland, UK , which will take place 6th-9th October, 2019. You can look forward to brand new products and special promotions! -
New project – new opportunities
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2017 IEEE International Ultrasonics Symposium in Washington D.C.
Read moreOn 6th-9th September 2017 we will be displaying at the 2107 IEEE International Ultrasonic Symposium in Washington D.C., USA.
This year we will have something special… a brand new product offering!
You are welcome to come and see our offering:
- A**US™ OEM – a miniature advanced ultrasound module with raw RF access (new product!)
- USPlatform – a versatile ultrasound research platform
- mUSG – a low-cost ultrasound platform
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We are going to the IUS 2016 exhibition
Read moreIt is confirmed: from the 18th to the 21st September 2016, we will be attending the IEEE International Ultrasonic Symposium (IUS-2016) in Tours, France – for the very first time as a company!
We’ve got quite a bit of experience already; over the last 4 years, we’ve toured the very same exposition during symposiums in Prague, Dresden, Chicago and Taipei: promoting our POIG project and our home Institute (IFTR PAS).
As part of the exhibition, we will be showing the following products:
- USPlatform – a versatile ultrasound research platform
- mUSG – a low-cost ultrasound platform
- uScan2 – a medical system for a high-frequency ultrasound scanner (an IFTR solution)
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us4us spin-off
Read moreToday, we have started a spin-off company!
We continue to hold ambitious plans for the further development and commercialization of the ultrasound platform designed as part of the POIG project.
The POIG itself is at its end, and with the day of 30/09/2015, it will be but history. Thanks to the project, we have created a new team and lab within the IFTR, and we have designed and succeeded at building our Platform. -
The Versatile USG Platform – initial tests
Read moreWe have conducted initial tests of the complete Versetile Ultrasound Platform !!!
The developed, built and pre-tested electronic modules (RX64, CTRL96, TX192) have been connected into one unit. The implemented software allows to program functions of the device and carries out reconstruction as well as visualization of ultrasound images. Currently, we are testing the basic control functions and reconstruction algorithms for a plane wave.
The system is prepared to be shown this year in September at the exhibition of the conference IEEE International Ultrasonics Symposium (Chicago, USA).
CONGRATULATIONS to the whole team!
Thank you all for your commitment and belief in our success!
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The visit in KIT
Read moreWe had a visit to the Karlsruhe Institute of Technology (KIT) being invited by the German side. The talks were focused on the possibility of cooperation in the multi-channel systems of signal acquisition for the application in ultrasonic tomography. Unique features of our solution (ie. fast data transfer and processing technology using GPU processors) respond to the needs of the 3D ultrasound tomography device for breast examination (USCT) built in KIT.
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New arrivals… a calibrated flow phantom
Read moreOur laboratory has been facilitated with the calibrated flow standard. The system was designed and manufactured by our co-workers from IBIB PAN. The use of the specific design gear pump and calibration of the system enable generating a precise fluid of continuous and pulse flow within the range from 0.5 to 5 l / min. The standard will significantly support the testing as well as verification of the systems and Doppler algorithms.
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Running of the acquisition module of the portable ultrasound device
Read moreI am pleased to announce that the main module of the mUSG system (the main module of the portable ultrasound device) has been launched. The module is responsible for: acquiring ultrasonic signals, control of transmit signals and communication with a PC.
The portable ultrasound platform was built in the “NCBR LIDER” Programme. It will enable the implementation of new methods of ultrasound imaging to provide a higher quality of visualization of human structures and organs. Due to a modern architecture of the processing and solutions the platform represents a competitive solution compared to available on the market devices.
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IUS 2013 Conference and Exhibition
Read moreOnce again we took part in the annual scientific conference IUS (IEEE Ultrasonics). This time it was in Prague, 21-25.07.2013.
For the second time we presented at our booth: projects, conducted research and offer for electronic systems developed by our Team. The exhibition attracted a lot of interest. We hope that the established contacts will result in scientific cooperation and orders!
Thanks to the whole POIG Team for the exceptional commitment and job!
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Success in Dresden
Read moreOur participation in the conference IUS 2012 in Dresden was a full success!
The show (organized by ourselves!) that promoted the carried out POIG project and our Team had a great interest. We distributed almost all promotional materials and established dozens of contacts. In addition to the exhibition, we astonished all (at least we think) by our scientific reports on a subject of the Project (4 presentations). Another IUS exhibition will be in Prague in July 2013 – you can expect us there.
BRAVO for the whole POIG team! (including in particular: Beata and Piotr’s fortitude; Magda was responsible for the organization and promotion; Ania for help in the text preparing)
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We are going to IUS 2012 in Dresden
Read moreWelcome to the IUS 2012 Conference in Dresden (7-10.10.2012)!
This year, we are going in a very large group after acceptation as many as 4 reports from our group project:
- [PDF] P3A-6: Imaging Quality of the Classical Beamforming, SAFT, and Plane Wave Imaging – Experimental Results
Piotr Karwat, Ziemowit Klimonda, Marcin Lewandowski, Andrzej Nowicki - [PDF] 3J-5: Modular & Scalable Ultrasound Platform with GPU Processing
Marcin Lewandowski, Mateusz Walczak, Beata Witek, Piotr Kulesza, Krzysztof Sielewicz - [PDF] 3K: A Low-cost 32-channel Module with High-speed Digital Interfaces for Portable Ultrasound Systems
Marcin Lewandowski, Krzysztof Sielewicz, Mateusz Walczak - [PDF] P5A-7: GPU Implementation of the STA Algorithm on I/Q Data
Marcin Lewandowski, Piotr Karwat, Janusz, Kudelka, Tomasz Kleczek
- [PDF] P3A-6: Imaging Quality of the Classical Beamforming, SAFT, and Plane Wave Imaging – Experimental Results
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New project: a system for microemboli detection
Read moreMy Team together with Prof. Z.Religa Foundation for Cardiac Surgery Development (FRK) had received funding for the project: A system for measurement of blood flow and detection of microemboli material for pulse prosthesis of heart assistance ReligaHeart EXT.
The project was submitted in the first call of Applied Research Program NCBiR. The head of the project will be dr Maciej Gawlikowski of FRK, and my humble person will coordinate the research on the side IPPT PAN.
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Commissioning of the first module of the Platform
Read moreIn the past few weeks we conducted the first tests of start/activation/run of the 64-channel acquisition module RX64.
The RX64 module is the first and most important element of the developed ultrasound platform. It will provide possibility of simultaneous sampling and digitization of ultrasonic echo signals from 64 transmitters. Use of highly advanced electronic solutions and high-speed digital interfaces will enable to build a universal modular ultrasound platform with advanced signal processing on GPUs.
The module has been entirely designed in ZU IPPT and is a very significant technical achievement of the POIG project group.
My congratulations and thanks to the whole Team!!!