A translational imaging laboratory creating an intelligent layer between acquisition and action—uniting quantitative workstations, structured reasoning and surgical planning.
We design tools that turn complex datasets into reproducible measurements, structured interpretations and actionable plans—supporting the clinician while keeping expert judgment at the centre.
LIVE / INTELLIGENCE MAP
One case. Six layers of insight.
Select a modality and clinical objective. The map shows how the SILICON ecosystem could transform a study from raw acquisition into a decision-ready output.
SILICON // INTELLIGENCE ENGINE INTERACTIVE MODEL
01INGESTCT volume
02MAPSpatial anatomy
03QUANTIFYDensity + volume
04REASONStructured synthesis
05ACTDecision-ready report
RECOMMENDED SYSTEMSILICON 3D + REPORT
PRIMARY OUTPUTQuantified findings and clinical synthesis
02 / SYSTEMS
Not separate products. One intelligence architecture.
Each system solves a distinct part of the imaging pathway. Together, they create a continuous environment from raw data to clinical action.
Flagship workstation
SILICON // 3D
Quantitative imaging without the friction.
Multiplanar review, volumetric visualization, anatomical measurements and preoperative planning in a focused veterinary workspace.
CT & MRI visualization
Quantitative measurements
3D anatomical planning
Clinical documentation
SILICON 3DCASE / DEMO-001AXIAL + 3D
AXIAL
SAGITTAL
VOLUME
ANALYSISVOLUME128.4 cm³DENSITY+384 HU
A.02
SILICONVET // RAD
AI-assisted image reading
Structured observation, prioritisation and reporting support for radiographic cases.
A.03
SILICON // REPORT
Reporting workstation
A structured environment that brings images, findings and clinical synthesis into one workflow.
A.04
SILICON // NEURO
Neuroimaging planning
Quantitative brain and spine assessment concepts for navigation and intervention planning.
A.05
SILICON // ORTHO
Orthopaedic planning
3D alignment, deformity assessment and surgical planning for small-animal orthopaedics.
A.06
SILICON // VALVE
Cardiac intelligence
Imaging-led cardiac geometry, valve assessment and procedural planning concepts across echocardiography and advanced imaging.
A.07
SILICON // TISSUE
Tissue signature mapping
A multimodal research concept for characterising tissue behaviour through signal, density, perfusion and elasticity patterns.
A.08
SILICON // PHANTOM 4D
Dynamic digital anatomy
A four-dimensional digital-twin concept connecting anatomy, motion and physiological change over time.
A.09
SILICON // PLAN
Intervention intelligence
A shared planning layer for measurements, trajectories, implants and multidisciplinary surgical communication.
A.10
SILICON // MRI
Better signal. Less time.
Research into low-field MRI denoising, artefact reduction and acquisition efficiency—with diagnostic integrity as the primary constraint.
03 / METHOD
Built around the clinical decision.
01
Acquire
Modality-aware quality and dataset preparation.
02
Quantify
Reproducible measurements and anatomical mapping.
03
Interpret
Structured reasoning with traceable observations.
04
Act
Reporting, planning and clinically useful outputs.
CORE PRINCIPLE
AI assists. Data informs. The clinician decides.
SILICON INTELLIGENCE // 2026
S
THE SILICON DIFFERENCE
Not artificial intelligence for its own sake.
Purpose-built imaging intelligence: grounded in anatomy, constrained by modality, expressed through structured reasoning, and designed to remain accountable to the clinician.