Provides high-quality radiographic and fluoroscopic images with less motion-artifacts and a lower dose. Above all, the new motion-tracking noise reduction technology minimizes noise and allows sufficient visibility of the tip of the guide wire and catheter.

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Determines the relevant imaging area even more precisely, enabling the use of multiple markers for automatic detection in real time, leading to higher efficiency and significantly shortens examination time. It provides improved image quality for optimal visualization of the stent after deployment.

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*Optional Application

An application for observing cross-sectional images of low-contrast regions, primarily tumor stains, during procedures. Axial, coronal, and sagittal images are displayed automatically after radiography.

*Optional Application

An advanced pixel-shift function for DSA, saving time by automatically adjusting three-dimensional displacement caused by movement, including rotational movement, of the body, thereby improving DSA imaging.

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Works by subtracting digital frequency processed mask images from the live images without the need for a mask run, this application is especially effective for tracking vessels across the entire lower extremities, for 3D imaging and for examinations on patients who have difficulty holding their breath.

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Utilizes pre-procedure images to support minimally invasive interventions. By synchronizing the C-arm projections to pre-procedure MDCT images, the system enables these MDCT images to be used as a reference during interventions, reducing the quantity of contrast media required and the X-ray dose.

*Optional Application

Allows free longitudinal or transverse pivoting during recording to trace the blood flow through the vessels. It then automatically generates a position-corrected composite image on the screen, so that the blood flow through the vessels in the lower extremities can be easily determined.

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*Optional Application

Trinias includes a wide variety of roadmap functions that can be selected based on the body area, procedure, and technique in interventional procedures, these MAP image settings are kept associated with images and therefore the functionality can be used without repeating exposures for MAP purposes.

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This application allows quickly displaying 3D reconstructed images automatically after rotational radiography, the shorter contrast medium injection time reduces the burden on patients while suppressing the impact of movements on the images and ensuring high image quality.

*Optional Application