DISPLAY KYOCERA 6.50 LED UPGRADE By Datex-Ohmeda 2096917-001

 

                            DISPLAY KYOCERA 6.50 LED UPGRADE by Datex-Ohmeda 2096917-001

 

1. High-Brightness LED Display Technology

This upgraded screen uses advanced LED backlighting, which significantly improves brightness compared to traditional

CCFL technology. LED light sources offer higher brightness uniformity, ensuring excellent visibility even in bright light

conditions, making it suitable for clinical scenarios with intense surgical lighting and complex environments. Even in ICUs

or emergency departments where lighting conditions change frequently, medical staff can easily read waveforms and

monitoring parameters on the screen, improving information acquisition efficiency and reducing the risk of misjudgments

due to unclear displays.

 

2. Upgraded 6.5-inch KYOCERA Professional Screen

This upgraded screen features a high-resolution 6.5-inch KYOCERA display panel, significantly improving image clarity.

Compared to the older screen, image details are sharper, contrast is higher, and monitoring curve edges are more precise,

resulting in more realistic and clear display of physiological waveforms such as ECG, SpO₂, and EtCO₂. KYOCERA display

technology has been used in the medical display field for many years and is renowned for its stability and excellent image

performance. This product continues its high-end quality, making it an ideal choice for hospital equipment upgrades.

 

3. Compatible with Multiple Datex-Ohmeda Devices

The KYOCERA 6.50 LED Upgrade by Datex-Ohmeda 2096917-001 is perfectly compatible with multiple Datex-Ohmeda

anesthesia machines and monitoring systems. Its interface and drive logic are designed according to original factory

specifications, allowing direct replacement of aging or damaged display modules without additional modifications or

system recalibration. Its plug-and-play feature reduces installation time, improves hospital maintenance efficiency,

and avoids increased clinical risks due to equipment downtime.

 

4. Significantly Improved Clinical Readability

The upgraded LED screen offers comprehensive improvements in brightness, contrast, and color saturation, making

monitoring data easier to read. Addressing the complex lighting environment of operating rooms, the new display

effectively enhances numerical and waveform contrast, allowing critical information to be clearly seen in a short time.

For anesthesiologists, faster and more accurate reading of monitoring parameters helps in timely adjustments to

anesthesia depth or ventilation parameters, improving the safety of the entire surgical procedure.

 

5. True Reproduction of Medical-Grade Colors

Medical displays require extremely high color accuracy, especially in monitoring waveforms, alarm colors, or gas

analysis data. This upgraded display uses optimized color reproduction technology to make the colors of various

physiological parameters closer to their true values, thereby reducing the possibility of misjudgment. For example,

alarm yellow, alarm red, and waveform green and blue colors are clearer, accurately conveying equipment status

and improving the efficiency and accuracy of medical staff's operations.

 

6. Environmentally Friendly and Energy-Saving Display Solution

This upgraded display component uses a mercury-free LED backlight design, which is not only more environmentally

friendly but also complies with international RoHS safety requirements. LED solutions have low energy consumption

and long lifespan, helping to reduce hospital energy consumption and maintenance costs. Compared to traditional

CCFL backlights, it generates less heat, increasing the overall lifespan of the display module and reducing the risk

of damage due to overheating. For institutions pursuing green healthcare and reducing equipment energy costs, this

is a very worthwhile upgrade.

 

6. Durable Structure Suitable for High-Intensity Continuous Use

As a professional display component specifically designed for medical environments, this product features a highly

reliable structural design, suitable for prolonged use in high-load environments such as ICUs, operating rooms, and

emergency rooms. Whether the screen is on for extended periods or inside a device chassis subject to frequent

power-on/off cycles and continuous vibration, the screen maintains stable display performance. This high durability

allows hospitals to reduce downtime and maintenance costs due to display failures, extending the overall lifespan

of the equipment.

     

 

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