0.1mm imaging,
anywhere care happens.
CT3 is a mobile 3D imaging platform that runs CT, fluoroscopy and digital X-ray in one unit, off a single-phase outlet. It puts sub-millimetre imaging in the clinics, centres and hospital departments that could never justify a fixed CT suite.
Watch · 6.5 minutes
The CT3 explainer.
Why slice-based imaging leaves gaps, what 0.1mm true voxels change, and where CT3 goes once imaging no longer needs its own room.
Real CT3 data
Every image here came off a CT3.
No renders. These are datasets from the machine, the same kind investors watch being acquired at a live demonstration.
The technology
Take away the cheese grater.
Conventional CT reconstructs the body from slices that are often around 4mm thick, then fills the gaps between them. It's like looking at anatomy through a cheese grater. CT3 skips the slices: it captures the body as true 3D voxels down to 0.1mm, with every voxel measured and nothing interpolated.
Bone, cartilage, ligament and vessel come back together in one continuous dataset you can rotate and slice from any angle. And the machine that does it rolls through a standard doorway and plugs into the wall.
- Technology
- High Definition Volumetric Imaging (HDVI): gapless, non-interpolated raw data
- Resolution
- 0.1–0.6mm in all three dimensions, true isotropic voxels
- Lesion detection
- As small as 0.2mm
- Field of view
- Up to 30–35cm radius × 1.08m length
- Tissue
- Bone and soft tissue in one dataset; single data-set output, no reprocessing
- Fluoroscopy
- 1–30 fps with auto-brightness, 3D orientation, DSA, road-mapping, tip-tracking and auto-collimation
- Radiography
- Digital radiography in the same unit
- Scan speed
- 4–24s for the first 15cm; +13–30s per additional 15cm
- Study set-up
- About two minutes
- Dose
- Pulsed micro-radiation (MicroRad): up to 75% less than conventional fixed CT
- Dimensions
- 88 × 35.7 × 71 in (L × W × H)
- Weight
- 1,689 lbs, on a motorized platform
- Gantry bore
- 625mm (24.6 in)
- Power
- Dedicated single-phase 208–240V AC, 20A, 50/60 Hz
- Max apparent power
- 5,000 VA
- Receptacle
- Hospital-grade NEMA 6-20R or L6-20R
- Cooling
- No specialized HVAC required
- Workspace
- Detector sits outside the bore, leaving room for interventional work
- Console
- On-board swiveling console; optional external multi-monitor viewing
- Movement
- Powered drive system with camera; self-indexing
- Staffing
- Moved and operated by a single technologist
- Patient support
- Works with a range of bed, table and chair options
- Doorway
- 36 in minimum clear opening
- Elevator
- 88 in cabin depth, rated above 2,000 lbs
- Floor
- Rated for 1,689 lbs plus operators
- Shielding
- Room shielding to local, state and institutional CT / fluoroscopy rules
- Review
- Facilities, Biomed, Electrical and Radiation Safety sign-off before delivery
Expansion into Asia and the Middle East planned for 2027.
Specifications from the SeeFactor CT3 pre-installation spec sheet (v3) and manufacturer documentation. Dose comparison and patent count are manufacturer- and company-reported.
Where it goes
Six markets, each with its own staffing and ordering model.
Imaging capacity in the ED, OR and ICU without a construction project. Placed on a per-exam model.
A second CT line at a fraction of the footprint, with fluoroscopy and X-ray in the same unit.
In-office 3D imaging for joints and extremities. Standing, weight-bearing CT is on the roadmap.
One unit rotates across a network of clinics on a scheduled-day model, technologist included.
Shared imaging under a supervising medical director who orders the studies.
Physician-ordered, indicated imaging for longevity and executive-health programs.
Business model
The machine is the asset. Exams, people, service and data are the business.
Most sites won't buy a multi-million-dollar scanner. They'll pay for imaging capacity. So we place units, earn on every exam, and staff the sites that have no CT technologist. Sale and distributor channels bring cash in up front and open markets where placement doesn't fit.
Segment pricing, unit economics and the five-year build are shared in the data room.
The AI data thesis
Every scan is training data radiology AI has never had.
Non-interpolated voxels down to 0.1mm. Models trained on finer data learn structure coarser data averages away.
Weight-bearing volumes, bone and soft tissue together, repeat scans at low dose.
Placement contracts carry de-identified data-use rights, with patient consent and BAAs in place.
Monetized through dataset licensing, co-developed models with AI imaging partners, and per-read AI fees.
Go-to-market & roadmap
US sales led by Jevan Consulting. AI and distribution partners behind it.
Placing the existing CT3 fleet across US hospitals, imaging centres and orthopaedic practices.
An upright configuration that travels up and down the body: weight-bearing knee, foot, ankle and spine.
Distributor-led expansion, starting with India, Southeast Asia and the Middle East.
Partner models and dataset licensing on top of the installed base.
Investor access
See it scan. Then see the numbers.
We host qualified investors for a live demonstration: you watch a CT3 acquire a full study and review the dataset with our clinical team. Financials, unit economics and the full plan are shared under NDA.
- ✓Live scanning session with the CT3
- ✓Data room under NDA
- ✓Leadership and clinical Q&A