Features
- Uses multiple transmission and receiving methods based on the patients’ size and weight
- Better than traditional THI and phased harmonic which compromise the penetration
- Greatly improves diagnostic abilities and clinical confidence in larger, difficult-to-image patients
- Advanced chipset is used to ensure fast frame rate
- Doubles the volume of signals received from traditional methods, increasing image resolution and generating more accurate images
- Produces higher frame rates, ensuring better diagnostic confidence and efficiency, especially for moving organs
- Real-time 4D with powerful imaging engine
- With moveable virtual light source
- Displays tissue stiffness in real time to provide doctors with additional diagnostic information when scanning organs like liver and breast
Ultrasound Machine Essentials
FHI Technology
Quad-Beam Technology
Advanced Chipset
Real-Time 4D
Commonly Asked Questions
Compared to the traditional dual-beam former on most ultrasound machines, the Chison EBit 30 uses quad-beam technology for ultrasound signal receiving. Q-Beam technology doubles the volume of signals received from traditional methods, increasing image resolution and generating more accurate images. Additionally, Q-Beam produces higher frame rates, ensuring better diagnostic confidence and efficiency, especially for moving organs.
FHI is an innovative harmonic imaging technology that uses multiple transmission and receiving methods based on the patients’ size and weight. This allows the Chison EBit 30 to maintain image resolution when imaging larger patients.
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