Application: Medical Use

High-end configuration of liquid metal tube is under control
Adopting liquid metal bearing ball tube for high-end models, compared with traditional ball bearing ball tube, it has excellent performance of high heat dissipation and ultra-low loss. The tube tube's anode heat dissipation rate is 864kHU / min, which helps the hospital to scan around the clock. Liquid metal bearing tube can effectively reduce the wear, greatly extend the life of the tube, and can save the department more than one million yuan in cost throughout the life cycle of CT equipment.

Aegis ASG Detector Designed for Extreme Noise Reduction
The detector system researched and developed by the wave shadow engineer has the core independent intellectual property rights, has the design advantages of light weight, small size and high integration, and has obtained 9 domestic and foreign invention patents.
The detector system uses a 17mm-high integrated anti-scatter grid (ASG) design-"Aegis". Compared with the traditional modular ASG design, the wave shadow detector can improve the scattering noise absorption rate by 110%. Reduce effective photon occlusion by 60%, eliminate module edge artifacts, greatly improve the signal-to-noise ratio and imaging quality of the detector system, so that Haoyue CT truly has the hardware foundation for low-dose scanning.

Humanized design
Smart Scan Bed Release Convenient with "touch"
The scanning bed is equipped with a total of 4 intelligent release switches, which can release the scanning bed with one button in multiple positions. The intelligent motion monitoring system guarantees automatic locking after dragging, and truly realizes one-click operation.

Emergency stop depression design significantly reduces the risk of false touch
The recessed design of the emergency stop button not only eliminates the sudden visual feeling, but more importantly, avoids the risk of scanning interruption caused by mis-touch such as leaning.

Microradiation dose
Realize the intelligent adjustment of milliamps, automatically adjust the scanning parameters according to the patient's own situation and different scanning positions, provide customized dose recommendations, and greatly reduce unnecessary radiation doses while ensuring image quality.

Three-domain iterative reconstruction technology ZTV
The first three-domain iterative reconstruction technology ZTV, which breaks through the limitations of the conventional projection domain and image domain iterative technologies, further applies the iterative technology to the original data domain, effectively reducing the radiation dose by 50% while ensuring the high-definition image quality.