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Real motion.
Real disease.
Real confidence
in imaging, AI
and diagnosis.

MODULAR MOTION MEDICAL

Value
Proposition
M³Phantom is a next-generation, motion-enabled thoracic phantom towards bridging the gap between phantoms and real patients. It realistically reproduces cardiac, respiratory, and organ-to-organ motion to validate imaging systems, algorithms, and clinical decisions under true physiological conditions. Built for CT, SPECT-CT, and PET-CT, it sets a new benchmark for diagnostic realism and quantitative confidence.
Value Proposition
The Problem
The Problem
Modern imaging systems are validated using static or oversimplified phantoms that fail to represent real patient motion. This mismatch leads to motion artifacts, misdiagnosis, incorrect or delayed treatment, unreliable AI training, and suboptimal protocol optimization.


Apparent
cardiac stenosis
Reality: No cardiac stenosis
40%
of myocardial perfusion SPECT scans
35%
of chest CTs
(ACNM 2023; Nishiyama 2023; Tsimika 2023)
Why it’s Different
Most advanced phantom with thoracic motions in nuclear medicine
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True multi-organ motion (heart, luZsdcegctfj The Technology Architecture ngs, liver, chest)
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Modular architecture (organs, disease, workflows)
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Designed for advancing diagnostic imaging
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Built for CT, PET/CT, SPECT/CT, AI validation
Complex, interrelated system is very difficult to replicate
Integration
of materials
Real-time motion control software
Calibration & interconnect electronics with control
Proprietary phantom materials
Validation & Readiness
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Validated in hospital imaging environments for 1500 hours
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Used in diagnostic and research workflows
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Developed to Technological Readiness Level (TRL) 7

Who it’s For
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Medical imaging departments
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Hospitals and Oncology Centers
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Academic and translational research laboratories
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AI developers in medical imaging
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Imaging system manufacturers

Not static.
Not simplified.
Built for modern quantitative imaging.
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