Detail
Advanced design provides greater control
Humanizing experience
Ergonomics and clinical applications unite to create a comfortable scan for the patient with intuitive operation for the technologist
LED screen displays operating status in real time
72 cm gantry increases patient comfort while reducing patient anxiety for a better scanning experience
A visualization navigation engine provides real-time information to guide the technologist through each study
Internally Self Shielded quality control Source
Abiding Time Distance and shielding ALARA rules Zero Human interaction requirement of any manual installation and commissioning for Daily QC
A compact integration of built-in quality control Source and self-shielding system, safe and pragmatic
Simplifying the quality control flow and make it effective and time-saving
Minimizing radiation exposure, which is of utmost important for healthcare professionals
Intelligent QC
Automatic detection and precise qualification
Single-button control, 5 minutes to complete quality control
Convenient operation, Omni-directional detectors to detect and ensure the equipment is in an optimum state
Optimum image fusion creates excellent clinical performance
High Sensitivity
The strongest photon stopping ability and background-free radiation crystal material
Thick crystal design with large effective detection area
Energy self-correction technology on crystal unit improves count rate consistency of all crystal units in the modules and system sensitivity
High Resolution
Clear HONEY-COMB detection technology
The PET detector modules use a patented asymmetrical light guided core technology, improving event decoding precision and homogeneity of module signal sampling
IPIE position identification technology
Crystal position identification uses IPIE (lsopycne Position Identification Enhance) tosignificantly improve event positioning precision and image resolution
Core Technology matching provides more accurate information for diagnosis PDR
Improve resolution for clear images down to the last detail
WLS
The WLS algorithm is recommended for error-free oncology examinations of the lungs
CT extended FOV
CT provides a 70cm transaxial view attenuation correction value for PET to getclearer images, which is not restricted by body size
4D GATE
Eliminate blurring due to cyclical movement. Use gating to generate 4D PET and CT images, matching each image to perform attenuation correction and fusion
Focused on Patient Dose
Low radiation dose
Lower tube current and tube voltage is controlled based on actual exam requirements to create
Low tracer dose
The high sensitivity acquisition system lowers the tracer dose received by the patient
Increased safety
Door interlock for X-ray generation and rod source output
Patient table controls with continuous movement ensures smooth adjustments
