This monitor uses a 3D LCD panel with an LED backlight, a brightness of 580 cd/m² and a contrast ratio of 1400:1. It displays in full HD resolution, and faithfully reproduces 3D surgical images for endoscopy and operation microscope feeds; creating a feeling of depth where stereoscopic imagery is required.

It has a viewing angle of 178 degrees so images can be viewed from various directions with minimal changes in contrast.

Operating rooms contain various medical devices that are arranged by the type of surgery being undertaken. In consideration of safety, EIZO's surgical monitors adopt rounded corners. The front is covered with a fully flat protective glass that is dustproof and waterproof (Monitor front: IP45, overall: IP32).

As it is fanless, there is no fan vent; making it easy to clean and disinfect. Cables can be neatly stored in the cable cover, improving safety and hygiene in the operating room.

Reflections on the screen of LCD monitors are caused when external light hits the screen and reflects off of the glass and air layer at different refractive indices. Optical bonding technology minimizes the refractive index by bonding the LCD display with the external protective glass; removing the air pocket between, and reducing eye fatigue caused by screen reflections.

The protective glass used has a hardnes of more than 9H, making it difficult to scratch.

Optical bonding improves the physical strength even more by injecting optoelastic resin into the air pocket between the LCD panel and external glass. Since there is no gap between the LCD panel and the external glass, damage to the LCD panel from dust and moisture can be prevented.

When using a monitor in an environment where the temperature can fluctuate severely, condensation may appear in the air pocket between the LCD panel and protective glass. Using optical bonding, there is no air pocket, meaning that condensation does not form and visibility is not compromised.

The CuratOR EX2620-3D uses a polarized system for displaying 3D images with excellent color characteristics and without flicker.

The supplied 3D polarizing glasses required to view images in 3D do not require batteries for operation and are lightweight. This makes them perfect for long surgeries where heavy, battery operated glasses may fail and become uncomfortable. Furthermore, the glasses have an anti-fog coating to prevent fog and maintain clear vision even when wearing a surgical mask.

The monitor support Side by Side, Line by Line, Top/Bottom, and SIMUL 3D signal formats.

Regardless of the orientation of the endoscopic camera, you can display the image in a direction that is easy to see.

With the parallax adjustment function, you can adjust 3D images both vertically and horizontally so that it displays a natural sense of depth.

Two separate signal sources can be viewed simultaneously on the one monitor screen side by side.

When displaying two signal sources side by side on the same screen, each image can be adjusted without interfering with the other screen. This is perfect for multi-modality use.

Regardless of the orientation of the surgical camera, you can rotate or mirror the screen by 180 degrees to find the perfect operating view.

The monitor supports various video input/output signals for connecting to various types of modality equipment. Furthermore GPI and RS-232C allows you to externally control 3D/2D display switching, input signals and screen rotation, so that you can change the display in conjunction with the settings of the surgical equipment being used.

The monitor is designed to dispel heat without the use of cooling fans. This creates a quiet, reliable monitor that doesn't interfere with the air flow in the operating room.

The monitor supports VESA mounting standards so that it can be installed in various locations such as from ceiling arms and wall hangings.

In order to realize safe and reliable monitors that can be used with confidence at any medical institution, EIZO acquires various medical standards and safety/EMC standards. This monitor complies with the latest standard IEC 60601-1-2 4th edition.