Before the purchase
Scanner and field-strength selection against the intended case mix. Coil configuration, siting and infrastructure requirements. Independent review of competing offers.
All services
Most requested service
Make the installed scanner deliver more clinical value.
Hands-on MRI application training and protocol architecture adapted to the actual scanner, coils, referral mix, team and workflow—not a generic protocol list.
Scanner lifecycle
The full chain, from purchase to steady state.
Scanner selection, software upgrades, protocol design, technologist training and subspecialty physician training are usually handled by different people in different organisations, and value is lost at every handover. I cover the whole chain.
Software upgrades and acceleration
Which upgrade packages are worth the money and which are not. Selection of accelerated acquisition and reconstruction options — parallel imaging, simultaneous multi-slice, compressed sensing and deep-learning reconstruction — matched to the clinical questions the department needs to answer.
Protocol architecture
Building and standardising protocols across scanners and sites. Shortening acquisition without losing diagnostic content. Reducing protocol drift between technologists.
Technologist training
On-site, hands-on, on the department's own scanner and its own patients: acquisition, positioning, troubleshooting, throughput.
Subspecialty physician training
Reading-focused education in oncologic imaging and neuroradiology, tied to the protocols the department actually runs.
For dealers and distributors
Clinical support that makes the offer easier to sell.
The objection behind most stalled imaging deals is not price. It is whether the customer's team will be able to use the system once it is installed. Independent clinical support removes that objection before the contract is signed — and keeps the customer satisfied after it.
- Clinical demonstration support during the sales process
- Protocol setup and technologist training as part of the delivery package
- Clinical justification for software upgrades in an existing install base
- Subspecialty physician training as a differentiator in competitive tenders
Selected implementation work
Application work in context.
11 items shown
ESOI Touchdown · 2025
Whole-body cancer screening
Invited lecture
Techniques, protocols, evidence and clinical limitations in whole-body MRI screening.
Israeli Radiological Association · 2025
Outstanding Radiologist Award, ISRA 2025
Professional recognition
Outstanding Radiologist Award, ISRA 2025.
Israeli Radiological Association · 2025
Outstanding Radiologist Award, ISRA 2025
Professional recognition
ISRA 2025.
Israel · 2025
Whole Body Hybrid Imaging: The Best from Both Worlds
Invited speaker
Invited lecture at the Annual Conference of the Israeli Society of Nuclear Medicine, sponsored by Siemens Healthineers.
European Congress of Radiology · 2025
ECR 2025 scientific work
Conference & industry dialogue
Scientific work focused on whole-body MRI in oncologic and haematologic imaging.
European Congress of Radiology · 2025
ECR 2025 scientific work
Conference & industry dialogue
Esaote interview at ECR 2025 on clinical insight and imaging innovation.
International collaboration · Italy
Esaote clinical applications & R&D
Industry consulting & applicationsEsaote MRI · 0.4T platform
Lecture and hands-on work with an international MRI applications team.
Minsk, Belarus
Surgery and transplant centre
Clinical applicationsGE 3T MRI
Clinical team after application work on the installed MRI system.
Mozyr, Belarus
Clinical team training
Training & protocol implementationCT
Clinical team after training and protocol implementation.
Lida, Belarus
Lida Central District Hospital
Application trainingSiemens go.Up CT
Two clinical teams after on-site CT application training.
Izhevsk, Russia · 2018
Verum Medical Center
Clinical applications
Local imaging team during the clinical application engagement.
Vendor-agnostic system experience
Application training at 68 sites across 6 countries.
Application training and protocol optimization at 68 training sites in 39 cities across 6 countries. Models are grouped by vendor from the professional CV. Current routine experience, including photon-counting CT, is identified separately.
Siemens
MRIEssenza 1.5T · Avanto 1.5T · Aera 1.5T · Amira 1.5T · Altea 1.5T · Sola 1.5T · Spectra 3T · Vida 3T
CTSOMATOM go.Up · SOMATOM go.Top · NAEOTOM Alpha.Peak (photon-counting CT; current routine clinical use)
GE
MRIHDi 1.5T · HDe 1.5T · HDxt 1.5T · Optima MR450 1.5T · Optima 450w GEM 1.5T · Voyager 1.5T · Pioneer 3T
CTCT660
Philips
MRIIntera 1.5T · Achieva 1.5T · Multiva 1.5T · Ingenia 1.5T · Achieva 3T · Ingenia 3T
CTBrilliance 64
Canon / Toshiba
MRIVantage Elan 1.5T · Vantage Titan 1.5T
CTAquilion 64
Fujifilm / Hitachi
MRIAperto Lucent 0.4T
Esaote
MRIO-Scan 0.31T · S-Scan 0.25T · G-Scan Brio 0.25T · Magnifico 0.4T
Relevant experience
Vendor-agnostic work at the scanner
Application training and protocol optimization at 68 training sites in 39 cities across 6 countries.
See the application carouselApplication Training & Protocol Architecture
Start with the situation, system and outcome you need.
A short initial conversation is enough to define whether this service fits and what information is needed next.