“Precise imaging provides accurate surgical support and guidance for various interventional procedures.
| Model | MS551 |
| Size | 55 inch |
| Resolution | 3840 × 2160 |
| Brightness | 700 cd/m² |
| Contrast Ratio | 1100 : 1 (TYP) |
| Input Ports | HDMI*2 / DP*2 / DVI*2 / VGA |
| VESA Mount | VESA 200×200 mm / VESA 400×240 mm |
| Model | MS431P |
| Size | 43 inch |
| Resolution | 3840 × 2160 |
| Brightness | 800 cd/m² |
| Contrast Ratio | 1000 : 1 (TYP) |
| Input Ports | HDMI ×4 / DP ×4 / DVI ×4 / BNC ×3 / VGA |
| VESA Mount | VESA 100×100 mm / VESA 200×200 mm |
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.
4K ultra-high-definition imaging captures every detail with exceptional clarity, supporting precise interventional procedures and improving diagnostic accuracy.
Real-time image processing enables immediate feedback and adjustments during procedures, enhancing accuracy and procedural success rates.
Supports multiple modes and data displays on a single screen, providing clinicians with comprehensive visual information for decision-making.
Anti-smudge and anti-glare surfaces ensure clear visibility and resilience against frequent cleaning, maintaining long-term performance and reliability.
Built-in processing and multiple ports allow seamless device integration, reducing external equipment needs and optimizing workflow.
Combines key features into a single unit, delivering high performance at competitive pricing, ideal for healthcare facilities managing tight budgets.
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.
Ensures precise grayscale reproduction following DICOM Part 14 standards, providing radiologists and surgeons with consistent visual performance and accurate diagnostic results. This precision minimizes interpretation errors across different devices and guarantees image uniformity in multi-display setups commonly found in modern hospitals.
Utilizes advanced uniformity correction algorithms to ensure consistent luminance from the center to the edges of the display. This technology reduces visual fatigue during prolonged procedures and provides uniform image quality for multiple viewing angles, which is critical in team-based surgical environments.
Features built-in support for multiple gamma and color curves to adapt seamlessly to diverse imaging modalities such as X-ray, CT, MRI, and angiography. This flexibility ensures optimal image rendering across different clinical departments, enhancing workflow efficiency and diagnostic accuracy.
Supports simultaneous display of multiple input sources with intelligent split-screen modes, allowing clinicians to view real-time fluoroscopy, ECG, and diagnostic imaging side by side. This capability enhances surgical precision by reducing the need to switch between multiple screens during critical operations.
Delivers highly accurate color reproduction through wide color gamut and meticulous calibration. This ensures that surgical teams and radiologists observe tissue structures and subtle color differences with lifelike fidelity, which is vital for precise diagnosis and surgical outcomes.
Optimizes contrast-enhanced imaging to highlight vascular structures and intricate anatomical details during interventional procedures. By enhancing dye-based visualization, clinicians can identify minute structures with greater clarity, improving procedural safety and diagnostic confidence.
At Reshin, we understand that one size doesn’t fit all. That’s why we offer extensive customization options to meet your specific needs. Here’s how we provide flexibility in our high-flow surgical and endoscopy monitors:
We evaluate unique operational requirements and deliver tailored configurations, even for challenging conditions such as non-magnetic environments, heavy vibrations, elevated temperatures, or high-moisture settings.
For clients who favor specific brands or display characteristics, we offer a wide range of key components—including particular LCD panels—to align with their visual expectations and regional preferences.
Customizable functions include startup branding, picture-in-picture layouts, screen mirroring or inversion, and preset gamma configurations to meet each client’s product strategy and workflow requirements.
Our services extend to external styling—covering form factor, dimensions, color schemes, button placement, I/O port arrangement, and specialized surface finishes to align with brand identity and usability goals.
When certain advanced features are seldom utilized, we refine the design to remove unnecessary elements, ensuring high quality and competitive pricing for markets that prioritize affordability.
We also provide interface optimization to simplify operation, enabling intuitive use across diverse user groups, from experienced medical professionals to first-time operators.
Most monitors support multiple input interfaces such as HDMI, DP, DVI, SDI, BNC, and S-VIDEO to ensure compatibility with various surgical systems.
Some high-end models are DICOM Part 14 compliant for accurate grayscale calibration in medical imaging.
FHD (1920×1080) or 4K (3840×2160) resolution is recommended to ensure clear detail visualization during surgery.
Yes, Reshin supports customization of interfaces, housing color, and silk-screened branding logos.
Yes, Reshin monitors are designed for continuous operation with MTBF ≥ 30,000 hours.
Yes, Reshin monitors are fully compatible with mainstream systems such as Olympus, Fujifilm, Karl Storz, and Medtronic.
Yes, VESA-compliant mounting options are available for ceiling, wall, and boom arm installations.
Chinese First Brand Medical Display Manufacturer
ISO 10993,IEC 60601-1,DICOM Certified
martin@reshinmonitors.com
We will contact you within 1 working day, please pay attention to the email with the suffix “@reshinmonitors.com”.