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Technical service • Consulting • Software • Applied AI

25 years in diagnostic imaging rooms.Today that experience works with us.

Advanced technical service and consulting in diagnostic imaging, supported by proprietary software and by an AI developed from the technical knowledge built in the field.

Technology supports the engineer. Experience drives every decision.

An MRI system on the left and a CT scanner on the right in a diagnostic imaging room.

Capabilities

Integrated capabilities. One goal: making diagnostic imaging work better.

Technical service, laboratory, consulting and proprietary technologies in a single operational ecosystem.

Specialist engineer working on the electronics bay of a diagnostic system, among racks, modules and wiring.

Advanced technical service

Specialist interventions and maintenance on diagnostic systems, with full technical management.

Engineer at the laboratory bench soldering an electronic board, with the fume extractor running.

Laboratory repairs

Electronic repairs on modules, boards and components, in a fully equipped laboratory.

A technical consultant and a healthcare professional reviewing data on a tablet in front of an MRI system.

Fault consulting and system purchasing

Technical support for fault diagnosis, assessments and the purchase of new or used systems.

Professional working at a software dashboard for the technical management of diagnostic imaging.

Proprietary software and applied AI

Custom software, intelligent automation and AI integration into operational processes.

Proprietary software

Our software is born where we work: in the field.

Two tools built on real interventions, not on abstract requirements.

DyNext

Nexus digital platform and AI

It centralizes requests, activities and intervention history. The platform is evolving and AI integration proceeds module by module: the features described on the dedicated page indicate product direction, not a release commitment.

Discover DyNext

NextField

Advanced Magnetic Field Optimization

It supports mapping, homogeneity analysis and manual shimming on MRI systems, with readings in Hz and PPM against the reference.

Discover NextField

Nexus method

The Nexus method in five steps.

01

Gather the signals

Symptoms, error codes, parameters and system behaviour are collected before any hypothesis is formed.

02

Read the context

Workload, intervention history and operating conditions help interpret every signal correctly.

03

Analyse and form hypotheses

Technical experience and AI correlate signals, history and known cases to identify and rank the most likely causes.

04

Act and verify

Every intervention follows a verifiable sequence: hypothesis, test, measurement and evidence.

05

Turn the intervention into knowledge

Diagnosis, activities and results are documented and feed a knowledge base for future interventions.

25 years are not a number to display. They are knowledge to use, structure and amplify.

Bring us the problem. We bring the method.

Describe the modality, the system and the symptom: every request is qualified before any intervention.