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Vicor-CV SWIFT Digital Subtraction Angiography System is a new angiography system independently developed by Lepu Medical Equipment (Bejing) Co. Ltd. In virtue of 20-year manufacturing experience and service experience for more than 300 users, we launch a new medical system featuring floor-mounted C-shaped arm rack and other mainstream accessories.
High-quality and wide-field smooth images to support accurate and efficient diagnosis clinically
Adjustable, and wide-field
New flat-panel detector
Multiple panel models
Panel-digitized dynamic range up to 16 bit
Accurate and clear details
Abundant image expansion function
With outstanding performance, the equipment can easily and efficiently help physicians improve the accuracy and efficiency of interventional diagnosis and treatment.
3.0M heat capacity bulb tube, having long-lasting and stable battery life
Liquid-metal lubricated bearing to improve heat dissipation efficiency
HD image under stable and smooth operation
Accurate working of the collimator to effectively reduce scattered rays
Active radiation dose management and monitoring, and real-time and accurate recording of radiation dose and other information with RDSR during operation to realize effective supervision over the radiation dose
The function of the virtual collimator, to locate the checked site without X-ray egression
Multiple-dose models to meet different needs, and obtain high-quality images even with low dose
64-bit Chinese interface, providing a user-friendly interactive interface
Accelerated real-time processing module with efficient GPU, and stable and reliable image
Supporting multiple image processing tools such as automatic measurement, ventricular analysis and QCA analysis
The real-time function of the virtual beam limiter, helpful to reduce scattered rays and improve the safety of both physicians and patients
Radiation dose report in compliance with IEC standard
Safety design in compliance with IHE equipment connectivity and network safety standard
Data transmission in compliance with DICOM3.0 and related standards
Supporting data storage and migration management
Efficient completion of vascular contour and morphological data analysis, and generation of QCA analysis report
Supporting dynamic correction of stent position to enhance stent visualization
Full-automatic seamless image splicing to expand diagnostic coverage and clearly display limb details
The C-shaped arm features large space, full coverage, multi-axis combined motion, multidirectional rotation, fast positioning, and free manipulation, thereby simplilying the procedures for physicians.
Safe operation through triple protection.
Anti-collision warning system;
Collision braking device;
Motion limit.
As an image recognition technique, it is used to realize the motion compensation for the X-ray image to clearly and accurately display the fine structure of the stent, and help physicians immediately evaluate the release of the stent during the operation.
• This feature requires detailed consultation with sales
Deep learning can be used to divide and reconstruct the coronary artery CTA, calculate the fractional flow reserve (FFR), and help physicians evaluate patients functional myocardial ischemia.
• This feature requires detailed consultation with sales
With the perfect 3D reconstruction function, VCV-Swift supports reconstruction techniques such as volume reconstruction (VR), multiplanar reconstruction (MPR), maximum intensity projection (MIP), and minimum intensity projection (MINIP). It has great advantages in analyzing the three-dimensional morphology and spatial relationship of blood vessels, and has great diagnostic value in interventional therapy for vascular system diseases, tumors, etc.:
1. It can avoid vascular structure overlapping, to make vascular images clearer and more accurate.
2. The three-dimensional relationship and tubal lumen structure between lesion sites and other normal tissues and organs can be observed at any angle.
3. The dosage of contrast agent, the time of diagnosis and treatment and surgery, and the exposure dose can be reduced.
4. Accurate measurement results can provide data for surgery and interventional treatment.
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