LG 32HR734S-W 31.5" 4K Mini-LED Surg Display 12G-SDI Bonded Protection

The LG 32HR734S-W is a 31.5" 4K Mini-LED surgical display engineered to deliver exceptional brightness, clarity, and durability for advanced operating room visualization. With ultra-high resolution, 12G-SDI connectivity, and bonded protective glass, it provides precise, reliable imaging for minimally invasive, endoscopic, and hybrid OR procedures.

Overview

Designed for demanding surgical workflows, the 32HR734S-W features Mini-LED backlighting for superior luminance uniformity and HDR-quality contrast, enabling detailed visualization of anatomical structures. Its bonded protective front glass enhances durability and reduces internal reflections, supporting accurate viewing under bright OR lighting. With multiple digital inputs, including 12G-SDI for high-bandwidth transmission, the display integrates seamlessly with next-generation surgical camera systems and imaging towers.

Key Features

• 31.5" 4K UHD (3840×2160) Mini-LED surgical display
• 12G-SDI high-bandwidth input for long-distance signal integrity
• Bonded protective glass for enhanced durability and reduced glare
• High brightness with excellent color accuracy and contrast
• Mini-LED backlight for superior uniformity and HDR-style imaging
• Low-latency performance optimized for real-time surgical visualization
• Sealed, easy-clean, medical-grade design for sterile environments
• Multiple digital inputs including SDI, HDMI, and DisplayPort

Product Specifications

• Model: 32HR734S-W
• Manufacturer: LG
• Screen Size: 31.5"
• Resolution: 4K Ultra HD (3840×2160)
• Display Type: Mini-LED surgical-grade panel
• Front Protection: Bonded coated glass
• Aspect Ratio: 16:9
• Inputs: 12G-SDI, HDMI, DisplayPort (varies by configuration)
• Design: Sealed, easy-clean medical enclosure
• Compliance: Meets global surgical imaging and medical electrical safety standards

Ideal For

• Operating rooms
• Minimally invasive and laparoscopic surgery
• Hybrid ORs and advanced visualization suites
• Endoscopy and arthroscopy imaging
• Robotics-assisted surgical environments