Solutions · 3D simulation
3D simulators and viewers for medical training
Anatomy and pathology you can rotate, explore and practise on: interactive 3D anatomy viewers, procedure simulators, digital twins and diagnostic imaging apps.
Interactive 3D anatomy viewer
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01 · Why they work
4 keys to 3D simulators
They have changed how healthcare training works: 3D simulators give realistic, safe practice, cutting errors and improving retention.
Training that works
3D simulators let healthcare professionals rehearse medical and surgical procedures, building confidence before they face the real thing.
Lower risk
These visual tools let teams work through complex, realistic clinical situations, reducing the chance of error in practice.
Realistic simulation
We use current-generation technology to build highly realistic simulations of pathology in healthy organs, giving a faithful view of how a condition develops.
Visual communication with the patient
Our simulators are ideal for showing a patient, clearly and visually, where their condition comes from, where it sits and how the treatment acts.
02
02 · Types of simulator
Different types of 3D simulator, depending on what you need to explain
We explore anatomy and pathology through several kinds of 3D simulator, each designed to change how training and diagnosis are delivered.
Diagnostic imaging simulators
They turn MRI scans into interactive 3D models: the clinician sees anatomy and pathology in a way a flat image cannot show.
Guided virtual tours
A step-by-step educational journey through mechanisms of action and specific conditions, to go deeper into treatments and procedures.
Interactive anatomy viewers
Explorable anatomy and pathology — knee, hip, prostate, uterus, bowel — that the clinician rotates and handles, in multilingual versions.
Anatomy viewer: planes and systems, layer by layer
Diagnostic imaging simulator: 3D plus radiological slice
Pathology viewer: from the healthy model…
…to each pathological variant
Guided virtual tour of the hospital
Full anatomy, explorable on any device
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03 · Where it is used
One viewer, four working scenarios
The same 3D viewer works in very different places. The question is not whether you want a viewer, but where it has to perform, and the design follows from the answer.
At the congress
On the stand touchscreen or tablet: the clinician explores the anatomy alone, and your team talks about that rather than about the brochure.
On the rep visit
On the representative tablet, offline included: the story rests on a model that turns and responds, not on slides.
In training
For internal teams and healthcare professionals: realistic, safe practice of anatomy, pathology and procedure before the real case.
In the consulting room
The clinician uses it to explain a condition or a treatment to the patient in a minute, improving understanding and adherence.
04
04 · Results
Documented case studies
A simulator is measured by real use: how many professionals open it, in how many countries and for how long. These are the numbers.
3D uterus viewer
Interactive anatomy viewer with a pathology simulator, built for a pharmaceutical company. It launched in Spain and the client chose to roll it out to further markets.
Sanitas Dental 3D viewer
An app that explains oral conditions and treatments to the patient through augmented reality. From a pilot in two hospitals to the full network.
Networked training for medical teams
Simulators built into a learning platform: content, assessment and progress tracking on laptop, tablet and phone.
The diagnostic imaging app in use
Muscle detail in the anatomy viewer
Dental viewer: the condition explained in the consulting room
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05 · Process and reuse
Built once, working for years
A viewer is not a campaign cost: it is a lasting asset. It is modelled once, with medical review at every milestone, and from then on it is reused.
That is the model behind our gynaecology viewer: more than 2,000 downloads across 7 countries from a single build, updated and still in use years later.
In-house 3D modelling with medical validation built in
Multilingual and multi-market by design, not as an afterthought
Formats: web (WebGL), iOS and Android apps, stand touchscreen or headset
Maintenance and continuous evolution: app stores, accessibility, new content.
The proposition
What if you could show the science as though you could touch it?
Ideal for: training healthcare professionals · explaining a diagnosis to the patient · congresses and scientific sessions
Better seen than described
3D Tools & AR demo reel
Case studies
Real 3D simulator and viewer projects
2,000+ downloads in 7 countries
3D uterus viewer
A 3D viewer of gynaecological anatomy and pathology, explorable on any device and available in several languages. Developed with the pharmaceutical company Theramex, specialists in women’s health. Used for years in clinical training, doctor-patient communication, congresses and scientific meetings.
Frequently asked questions
Frequently asked questions about 3D simulators
What is a 3D medical simulator?
An interactive application that reproduces anatomy, conditions and procedures in three dimensions, so a professional can explore and rehearse them on screen.
How is an anatomy viewer different from a simulator?
A viewer shows and explores anatomy interactively. A simulator adds a task: a procedure to complete, a decision to take, a result to measure.
What does the pharmaceutical industry use them for?
To train their teams, to support the rep visit, to explain a condition to the patient, and to draw clinicians to the stand at a congress.
Which devices do they run on?
Desktop, tablet and phone (iOS, Android, Windows), with no installation when the web version is used, and offline where the visit requires it.
Who validates the scientific rigour?
We work alongside your medical and regulatory team: our 3D artists model, your specialists review at every milestone, and nothing ships without sign-off.
How long does one take to build?
It depends on scope and on how many conditions or procedures it covers. A focused viewer takes weeks; a full platform with several modules takes months.
Would you like to see a 3D simulator working?
Tell us what you need to explain or to train, and we will show you the closest thing we have built.
Show your science in 3D
Tell us the condition, the procedure or the device, and we turn it into a tool that is understood instantly.