High-Resolution 4K Surgical Monitors for Arthroscopy Imaging

4K Monitor

4K Monitor

Product Overview

The 4K Medical Monitor (32") is specifically designed for arthroscopic surgeries, ensuring precise visualization of the operating area. It features a high-quality LED backlight display, providing accurate color representation. This monitor supports both digital and analog outputs, offering flexibility in video display at multiple resolutions, including Ultra HD (4K) 3840 × 2160 pixels.

4K Monitor

4K Monitor

Product Overview

Product Features

Features

High-Resolution Display: 32-inch TFT LCD (LED) panel with 3840 × 2160 UHD resolution for superior clarity.
Aspect Ratio: 16:9 widescreen, offering an optimal view.
Enhanced Color Accuracy: BT.709 and BT.2020 compatibility for precise color representation.
Brightness & Contrast: 700 cd/m² brightness and 1350:1 contrast ratio for high-visibility imaging.
Wide Viewing Angle: 178° (right/left & up/down) for clear visibility from different positions.
Anti-Glare Surface: Reduces reflections, improving visibility during surgery.
Low Latency: 9ms response time, ensuring real-time display without lag.
Multiple Input/Output Options:
- Input: 1 x HDMI 2.0, 2 x DP 1.2 (SST), 1 x DVI, 4 x SDI (3G) / 2 x SDI (12G) (depends on version).
- Output: 1 x DP 1.2 (SST), 1 x DVI (single link), 4 x SDI (3G), 2 x SDI (12G) (depends on version).
Durability & Protection:
- IP Code: IP33 overall, IP44 front side only (resistant to water splashes and dust).
- IK Code: IK07 with 5H AR glass (impact-resistant).
Power Supply: AC/DC Adaptor (AC 100-240V~, DC 24V 6.25A).
Accessories Included:
- User manual, AC-DC adaptor, AC power cord, DP cable, HDMI cable, DVI-D cable, BNC cable (SDI models), Screw BH M4 x 14.
Compact & Lightweight:
- Monitor Weight: 11.56 kg (25.49 lbs.).
- Shipping Package Weight: 16.83 kg (37.10 lbs.).
- Monitor Dimensions: 773(W) × 478(H) × 75.2(D) mm.

Intended Use

The 4K Medical Monitor is designed for use in operating rooms, surgical suites, and medical imaging environments. It is particularly suitable for:

Arthroscopic and minimally invasive surgeries requiring precise, real-time imaging.
Medical endoscopy, ensuring detailed visualization.
Surgical training and education, providing high-quality visuals.
Radiology and diagnostic imaging.