Large-bore whole-body upright CT OmegaCT One

A new industrial paradigm that allows medical professionals to see the body with weight bearing.

The first whole-body upright CT scanner.

The first proprietary platform with a huge 1m bore.

The first redefinition of the upright CT scanning workflow.

CE pending
The upright CT ushers the world into a new paradigm
Revolutionary Imaging Chain: Overcoming Four Key Challenges of upright CT.

Standard CT components aren’t designed for upright CT.

Bulky equipment may require modifications to the shielding room.

Patient positioning and safety are of great concern in an upright scanning workflow.

Managing radiation dose and motion precision is crucial for full-body upright scans.

1m large bore
62cm ultra thin gantry
Proprietary core components
2.65m device height
Full-field optical protection
High-sensitivity tactile protection
Upright positioning
V-Clarity denoising
High precision scanning
The first whole-body upright CT scanner
High precision scanning
V-Clarity denoising
Redefining the upright CT scanning workflow

Four-stage safety detection

Full-field optical protection

High-sensitivity tactile protection

3 AI-based 3D cameras
Rapid touch detection – motion stops and exposure halts immediately upon contact
Safe distance identification – measures the gap between the patient and the gantry
Risk zone identification – at 430-500mm radius
Safe zone identification – at 0-430mm radius
Pioneering uncharted territory
Powered by revolutionary technology, the upright CT enables effortless full-body upright scanning while integrating AI-driven specialty post-processing solutions for enhanced diagnostic capabilities.

Supine

Traditional CT

Multiple Scans & Stitching

High-Definition Imaging

Manual Segmentation

2D Measurement

Fully Radiologist-Dependent Diagnosis

Standing

Specialized CT

Single Full-Body Scan

Ultra High-Definition Imaging

Automatic Segmentation

3D Automatic Measurement

AI Assisted Diagnosis

Full-Body C7PL & SVA Measurement
Spinal Cobb Angle Measurement
Pelvic PL Measurement
Lower Limb HKA Measurement
Imagine the consequences of gravity in these fields

Radiology

Orthopedics

Rehabilitation

Gynaecology

Pneumology

Gastroenterology

Vascular Surgery

Urology

Neurosurgery

Thoracic Surgery

Oncology

Extending the clinical value for upright CT

Establishing the clinical guidances for upright CT

Generating industrial standards of upright CT

Ushering in a new paradigm in precision medicine