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Advanced Musculoskeletal Imaging

Built for Orthopedic Care

CurveBeam AI develops advanced musculoskeletal imaging systems for orthopedic specialists. Our portfolio includes industry-leading Weight Bearing CT systems designed to support medical provider diagnostics, treatment planning, and surgical workflows.

FDA Cleared

Used By Leading Orthopedic Centers

Peer-Reviewed Research

PURPOSE-BUILT IMAGING SOLUTIONS

CurveBeam AI offers specialized musculoskeletal imaging systems for foot & ankle, knee, hip, distal upper extremity, and surgical planning applications.

CBAIHiRiseHipFrontrView

HiRise

Weight bearing CT for standing assessment of the lower extremity

CBAIInReachHandPosition

InReach

Dedicated distal upper extremity imaging for the hand, wrist, and elbow

INNOVATION PIPELINE

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BoneVue

BMD Measurement Tool

In development. Not FDA-Cleared

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pedCAT NXT

Weight Bearing CT for foot & ankle

In development. Not FDA-Cleared

WHY 3D WEIGHT BEARING MATTERS

Bilateral Arthritic Ankles

Aids assessment of functional alignment

Aids providers in understanding 3D anatomical relationships under load.

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Visualize joint mechanics

Assess 3D joint position and alignment in a functional standing posture.

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Aids provider treatment planning

Additional 3D information to aid providers in patient evaluation and treatment planning.

Modality Matters

WHAT WEIGHT BEARING CT ADDS

See 3D anatomy and alignment under physiologic load, information conventional supine CT cannot provide.

X-RAY

Weight bearing available

2D projection

CONVENTIONAL CT

3D osseous detail

Typically acquired without physiologic load

MRI

Soft-tissue visualization

Typically acquired without functional loading

WEIGHT BEARING CT

3D osseous anatomy

Acquired under physiologic load

MEDICAL PROVIDER AREAS OF INTEREST

Foot & Ankle

Visualize 3D alignment, joint relationships, and osseous anatomy under physiologic load.

Knee

Visualize 3D bony anatomy and lower-extremity alignment in a functional weight-bearing position.

Hip

Visualize hip morphology and alignment with 3D imaging acquired in a functional standing position.

Distal Upper Extremity

Visualize fractures, alignment, and complex osseous anatomy of the hand, wrist, and elbow in 3D.

Trauma

Visualize fractures and complex osseous anatomy in 3D to support clinical evaluation and treatment planning.

Surgical Planning

Generate CT datasets for supported preoperative planning and patient-specific surgical workflows.

BUILT FOR HOW

MUSCULOSKELETAL

SPECIALISTS PRACTICE

Supported Protocols for Vendor Workflows

“We believe every clinical decision deserves the clearest possible picture. Weight-bearing imaging isn’t a luxury. It’s the standard the musculoskeletal field has been waiting for.”

— Greg Brown, CEO

 Precision  ·  Performance  ·  Partnership

TRUSTED BY

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