A new promising model has been developed by Dr. Fabio di Martino and his team adding a new solution to the technological portfolio for the ...
About Us
Company Overview
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Addresses:
Registered Office:
Galleria del Pozzo Rosso, 13
36100 Vicenza – Italy
Factory Premises:
Via dell’Industria, 1/A
04011 - Aprilia (LT) - Italy -
Contact Us:
info@soiort.com
The clinical practice of tomorrow
SIT developed the LIAC HWL FLASH, the first IOeRT FLASH device designed to bring FLASH Radiation Therapy to clinical applications.
The system will be able to operate in three different modalities: CONV IOeRT, FLASH RT clinical mode, FLASH RT research mode.
Thanks to its excellent radiation protection properties, it can be used in any operating room without any additional shielding.
LIAC HWL FLASH has been designed according to all the safety standards of a CE-marked medical device.
The best way to perform IOeRT
The latest mobile electron linear accelerator patented by SIT.
Company Overview
About Us
S.I.T. – Sordina IORT Technologies S.p.A. is the only Italian company, and one of the few in the world, capable of designing, manufacturing, distributing and performing after sales service of miniaturized mobile electron linear accelerators for Intra Operative electron Radiation Therapy (IOeRT) and for FLASH Radiation Therapy research systems... Read More
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26
Countries
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94
Systems Installed
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103
Sales Presence
Milestones
Our History
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1997
NOVAC 7
Installation of the first NOVAC 7 produced by NRT at S. Filippo Neri Hospital (Rome).
2003
LIAC
Installation of the first LIAC produced by Sordina at IEO - European Institute of Oncology (Milan)
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2012
Sordina - NRT
Sordina, by an M&A operation, purchases NRT...
Read More2012
SIT
Constitution of SIT
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2013
SIT starts
SIT starts its business with the new brand
2015
IOeRT
Patents obtained for the measurement of the IOeRT beam energy
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2017
LIAC HWL
CE certification for LIAC HWL
2018
HWL Patent
Patent obtained for HWL (PCT/IT2019/050003)
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2019
IOeRT ECHO TPS
CE certification for IOeRT ECHO TPS (patent pending)
2019
FLASH technique
Development of FLASH technique (patent pending)
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2020
ElectronFlash
First installation of ElectronFlash (first half) and beginning of mass production (second half)
Certifications and Policy
Quality
SIT has the primary objective of full customer satisfaction and compliance with regulatory and legal requirements in the activity of:
- - Design, manufacture and technical assistance of particle accelerators for medical use and related accessories (applicators, discs, radiation protection barriers, software and treatment planning systems).
In carrying out its business, SIT undertakes to "make quality" by differentiating the features of its products /services through a constant research activity aimed at improving and optimizing the processes.
SIT undertakes itself to respect the regulatory and legal requirements of the applicable destination markets...
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What SIT People say
Our Mission
Passionate about hi-tech innovative solutions
- - We Design and provide hi-tech, innovative, robust and easy to use solutions.
- - Feeling the responsibility to help scientific community writing new pages in the fight against cancer.
- - SIT - Sordina: technologies serving life.
LATEST PROJECTS
We are thrilled to share with you the last published paper regarding IOeRT technique!The scientific community is aware about the great innovation of FLASH radiation ...
Physics World has just published a new article regarding FLASH diamond detectors! Click here: https://physicsworld.com/a/diamond-dosimeter-lines-up-for-flash-radiotherapy/ and read the full text. We are thrilled for the ...
Research in FLASH field never stopS!
Challenges in FLASH field are multiple but research never stops and today we are glad to present a step forward in FLASH clinical applications! In ...
SIT partner of the project “W-SHIELD"
SIT is one of the partners of the project W-SHIELD whose primary objective is the design of thin and flexible cosmic radiation shieldings to be used by people, on materials and tools in the outer space. Such shieldings will be designed by using hybrid tungsten polymeric dust. The project focuses on the design of these shieldings with advanced manufacturing techniques, such as the electrospinning and 3D printing.
SIT in quality of manufacturer of linear medical accelerators for radiation therapy is also responsible for the implementation of preliminary studies related to the radioprotection plan. The final product that will be realized within the W-SHIELD project can find a natural application both in the clinical and radiation oncology practice and in the outer space. For SIT this means a further optimization in the manufacturing of its devices and the development of new smart accessories.
W-SHIELD belongs to the project “LAerospaZIO” co-financed by the UE.
For further information visit https://www.laerospazio.enea.it/i-progetti/w-shield.html