bright WBCT

Weight-bearing computed tomography system for orthopedic imaging under load conditions. Enables high-resolution bone tissue imaging for accurate joint diagnosis.

Specialized imaging technology that acquires three-dimensional radiographic data while patients are in weight-bearing positions, enabling functional orthopedic assessment and diagnosis.

A groundbreaking weight-bearing 3D imaging solution for precision orthopedic diagnostics. This whole-body imaging system represents advanced medical imaging technology for comprehensive diagnostic imaging applications.

A weight-bearing 3D imaging system that utilizes volumetric imaging technology to achieve full three-dimensional reconstruction of scanned areas in a weight-bearing position. It delivers comprehensive views across coronal, axial, and sagittal planes and supports reconstruction of MIP, MPR and VR. The system supports comprehensive 3D scanning of the full spine, full lower limbs, and specific joint regions including the hip, knee, and ankle. WR-3D features fully automatic AI measurement to deliver quantitative data for orthopedic assessment of scoliosis and knee osteoarthritis, supporting surgical planning and follow-up evaluation. In addition to weight-bearing 3D imaging, the system performs conventional X-ray examinations, full-spine/lower-limb image stitching, contrast studies, fluoroscopy, and pneumoconiosis examinations.

A digital cone beam computed tomography system for high-resolution volumetric imaging. This system integrates fluoroscopy and CT capabilities for comprehensive radiographic evaluation.

A whole-body 3D imaging system designed for precision diagnostics. This digital medical imaging equipment provides weight-bearing 3D imaging solutions for orthopedic and general radiological applications.

Dedicated breast CBCT (cone beam computed tomography) system for high-resolution 3D imaging of breast tissue. Provides detailed diagnostic visualization for breast cancer screening, biopsy guidance, and treatment planning. Features low radiation dose protocol and rapid image acquisition for enhanced patient comfort and clinical workflow efficiency.

Comprehensive imaging platform designed for total body scanning capabilities supporting multi-modality imaging approaches in clinical diagnostic and research environments.

Diagnostic imaging system for evaluation of musculoskeletal disorders and conditions. Supports orthopedic assessment with low-dose imaging protocols.

Bone's QCT is a quantitative computed tomography imaging system designed for orthopedic bone density assessment and skeletal disease diagnosis. The device provides quantitative analysis of bone mineral density and microarchitecture, supporting clinical evaluation of osteoporosis, fracture risk, and treatment monitoring in orthopedic and rheumatology applications.

BCU is an ultrasound-based body composition analysis device for non-invasive assessment of muscle mass, fat distribution, and tissue quality. It enables quantitative measurement of soft tissue composition in clinical and physiotherapy settings without radiation exposure. The device supports musculoskeletal evaluation and monitoring of body composition changes during rehabilitation or training protocols.

Advanced computed tomography system for high-resolution cross-sectional imaging of anatomical structures. Supports diagnostic evaluation across multiple clinical applications including oncology, trauma, and cardiovascular assessment.