“Precise imaging provides accurate surgical support and guidance for various interventional procedures.”
Model | MS551 |
---|---|
Size | 55 inch |
Resolution | 3840*2160 |
Brightness | 700 cd/㎡ |
Contrast Ratio | 1100 : 1 (TYP) |
Input Ports | HDMI*2/ DP*2/ DVI*2/ VGA |
Visa Mount | VESA 200x200 mm / VESA 400x240 mm |
Model | MS431P |
---|---|
Size | 43inch |
Resolution | 3840*2160 |
Brightness | 800 cd/m² |
Contrast Ratio | 1000:1(TYP) |
Input Ports | HDMIx4/DPx4/DVIx4/BNCx3/VGA |
Visa Mount | VESA 100x100mm VESA 200x200mm |
In modern medical settings, cath lab monitors are essential. Our high-performance monitor series is tailored for complex interventional procedures, delivering superior image clarity and real-time processing to meet clinical demands. With high-resolution displays and precise real-time information, our products support medical professionals in making well-informed decisions.
Our 4K high-resolution monitors provide ultra-high-definition images, ensuring every detail is captured. These monitors are particularly suitable for interventional procedures that require precision imaging. They help doctors view minute details and vascular structures accurately, thereby enhancing diagnostic accuracy and operational safety.
Our Cath lab monitors support real-time image transmission and processing for rapid responses during interventional procedures. They provide instant feedback, allowing doctors to make immediate adjustments. This capability is crucial for accuracy and effectiveness. These monitors enhance procedural safety and success by delivering continuous, up-to-date images.
Reshin Cath Lab monitors support various modes, enabling multiple types of images and data to be shown simultaneously on the same screen. This capability provides doctors with a comprehensive view and detailed information, which helps them make informed decisions and optimize the procedural workflow for improved efficiency and accuracy.
Reshin cath lab monitors ensure long-term reliability and performance and are designed to withstand frequent use and rigorous cleaning in medical environments. They feature anti-smudge surfaces that are easy to clean and disinfect and resist scratches, maintaining their appearance. The anti-glare coating also ensures clear visibility under bright lighting conditions.
Reshin cath lab monitors have built-in processing units and connectivity options, reducing the need for external equipment and simplifying setup. They offer advanced connectivity with multiple ports integration, ensuring seamless communication with other devices. Their compact design saves space and streamlines workflow by consolidating functions into a single unit.
Our cath lab monitors offer excellent value and affordable pricing. They deliver high performance and advanced features cost-effectively, helping healthcare facilities stay within budget without sacrificing quality. Combining essential functions into one unit. This ensures that all medical facilities can access top-tier technology while managing their finances efficiently.
Cath lab displays are used to display real-time images and data during cardiac catheterization procedures. They provide detailed views of the heart’s arteries and chambers, allowing cardiologists to guide catheters accurately and assess coronary artery conditions.
In interventional radiology, monitors are essential for visualizing images from X-rays, CT scans, and other imaging modalities. They help radiologists navigate catheters, needles, and other instruments to perform minimally invasive procedures.
During endovascular surgeries, monitors display live fluoroscopic images, helping surgeons to insert stents, balloons, or other devices into blood vessels. The clear, real-time imaging is critical for successful navigation and placement of devices.
Cath lab monitors in electrophysiology labs show detailed electrocardiograms (ECGs) and other electrical activity of the heart. They assist electrophysiologists in mapping the heart’s electrical pathways and performing ablation procedures.
Cath lab monitors display high-resolution images from diagnostic imaging tests such as angiograms and MRIs. They allow clinicians to analyze and interpret the images for accurate diagnosis and treatment planning.
In surgical settings, monitors provide real-time feedback from imaging systems to assist in the navigation and visualization of surgical sites. They are used to ensure precise placement of surgical instruments and devices.
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