2D Water Phantom Solution

Reference device for quality assurance and calibration of DR imaging systems. Provides known density and geometric references for image quality verification and system optimization.

Reference phantoms for ultrasound system testing and quality control validation. These devices enable standardized assessment of system performance parameters.

Ultrasound phantom designed for training, quality assurance, and clinical skill development in ultrasound imaging. Provides realistic tissue simulation for sonographers and physicians to practice diagnostic techniques and equipment calibration without patient exposure.

Phantom and testing materials for verifying radiographic system performance and image quality standards. Includes standardized objects for assessing geometric accuracy and contrast resolution. Used for routine maintenance and regulatory compliance.

Test objects for system calibration and image quality verification. Supports routine quality assurance protocols in radiological departments.

Equipment for determining half-value layer and assessing X-ray beam filtration. Supports radiation quality assessment and regulatory compliance monitoring.

Phantoms and test equipment for medical imaging system quality assurance. Enables performance verification and calibration of diagnostic imaging devices.

Real-time display system for radiation dose measurement during procedures. Enables monitoring and optimization of patient radiation exposure.

Precision instrumentation for aligning and verifying X-ray beam geometry and positioning. Ensures proper system calibration and diagnostic image quality across radiography applications.

Reference phantoms and test objects for evaluating image quality in various X-ray imaging modalities. Supports quality control protocols and performance benchmarking.

Proprietary proton delivery technology enabling conformal dose sculpting without compensators or collimators, capable of performing intensity-modulated proton therapy with improved treatment precision.

A compact treatment system utilizing independently developed proton pencil beam scanning technology with a horizontal beam angle. It features kV-level X-ray image guidance with automatic registration and a high-precision robotic treatment bed, significantly reducing floor space and construction costs.