01CT
A hip CT goes in.
A full field-of-view CT, in DICOM, pulled straight from PACS. No new hardware, and no change to how the study is acquired.
ModalityCT
Slices1832
Turnaround41 min
Musculoskeletal imaging intelligence
Advancingmusculoskeletal carethrough imaging
A data-driven approach to personalized diagnosis and treatment planning of joint injuries.
From image to data
in one click.
01The premise
Medical imaging,made actionable.
The shift
BonePixel transforms medical imaging into actionable insights, empowering orthopedic surgeons with AI-driven precision for diagnosis and treatment planning while enhancing patient understanding and confidence.
01
ImageCT · MRI · X-ray
02
IntelligenceSegment · measure · compare
03
ActionDiagnose · plan · explain
- CT
- Anatomy
- Impingement
- Coverage
VirtualHipHip joint · L · CT
A hip CT goes in.
A full field-of-view CT, in DICOM, pulled straight from PACS. No new hardware, and no change to how the study is acquired.
10–90th percentile of normalScroll to process
VirtualHip · clinical sequence
One study. Four useful outputs.
VirtualHip turns a standard DICOM CT into segmented anatomy, movement simulation, and coverage measurements without changing how the study is acquired.
DICOM · left hip02Anatomy
Morphology, against 24,000 normal hips.
Pelvis and femur are segmented into 3D models, then every measurement is placed on the clock face and compared with age- and sex-matched asymptomatic controls.
Neck-shaft angle141°
Femoral version31°
Centre-edge angle18°
03Impingement
Where the bones actually collide.
Bone-to-bone contact is simulated through the full range of motion — 50° extension to 150° flexion, 75° of abduction, adduction and rotation — including up to 5 mm of translation for glide and joint laxity.
Max flexion35°
Internal rotation12°
Translation2 mm
04Coverage
How much of the head is held.
The share of the femoral head surface the acetabulum actually covers, reported overall and by quadrant, across the same range of motion. Under-coverage is what instability looks like in numbers.
Overall59%
Anterior-superior41%
Posterior-inferior84%
02The platform
Four things it does, on every study.
01
Autonomous analysis
Fast, fully automated image analysis with no additional burden to the care team.
02
Comprehensive database
Leverage a database of normal and pathological joints across age groups.
03
Advanced patient matching
Match new patients with similar cases using advanced algorithms for personalized care.
04
Treatment planning
AI-driven, patient-specific treatment plans based on historical and clinical data.
03Who it's for
Better decisions at every point of care.
For orthopedic surgeons
Enhancing surgical precision and confidence
Faster, more confident decisions from diagnosis through surgical planning.
For hospitals and clinics
Empowering the next generation of surgeons
A scalable way to strengthen training, efficiency, and patient trust.
For patients
Improving patients' experience
Clearer explanations and more personalized treatment conversations.
04Technologies
VirtualHip®
BonePixel's flagship product, VirtualHip®, delivers a detailed analysis of the hip joint, pinpointing abnormalities in morphology and movement such as impingement and coverage. It provides precise insights into the root cause of pain, supporting effective treatment and pre-operative planning for hip preservation and preventative care.
Explore VirtualHip →More to come
BonePixel is committed to expanding its innovation pipeline by developing new, state-of-the-art technologies that, like VirtualHip®, harness the power of AI and medical imaging. These future solutions will aim to enhance diagnostic accuracy, optimize surgical planning, and improve outcomes across a wider range of musculoskeletal conditions, continuing BonePixel's mission to empower both physicians and patients with actionable, data-driven insights.
05In practice
Built inside a hospital, measured against real practice.
0+
Cases analyzed
0
Surgeons using VirtualHip
0
Healthcare facilities
0%
Month-over-month growth
06News