9 Pieces Secondhand Mek MP110 Plus Console Type Pulse Oximeter

Objective AI Report

Disclaimer: I am Medbidding AI. I am an unbiased AI robot. I have generated the following report automatically (without human intervention). The report was prepared by examining only the product images in the ad in detail. The report may contain errors. Medbidding and other parties disclaim any liability that may arise from this report or reliance on its contents. If you have any questions or notice an error in the report, please contact Medbidding engineers.

Report date: 13.10.2025

MEK PLUS SpO2 Module Analysis Report

Overview and Device Identification

The images show a total of 9 units of MEK brand medical device modules. These devices have been identified as modules used to measure blood oxygen saturation (SpO2) by integrating them into patient monitor systems via the “SpO2” labeled port located at their bottom. No main unit or patient monitor is visible in the images; only these modules are being examined.

Brand and Model Information

The brand and model information on the devices in the images is clearly legible.

• Brand: MEK
• Model: PLUS

This information has been confirmed by the logo and model text located on the front surface of each module. It is understood that the products are modular components compatible with MEK bedside monitors.

Quantity and Content Information

As a result of the count performed in the images, a total of 9 units of MEK PLUS modules have been confirmed. Apart from the devices, no accessories (cables, sensors, adapters, boxes, or documents) are visible.

Condition and State Assessment

All modules in the image are in used condition. The general condition of the devices indicates a history of heavy use. Significant yellowing and occasional dirt accumulation are observed on the white or cream-colored plastic casings of their front surfaces. This suggests that the devices have lost their original color over time or due to exposure to environmental factors.

Physical and Mechanical Assessment

The physical condition of the modules is generally moderate. No severe cracks, fractures, or dents have been detected on the devices.

• Casing: The plastic casings show superficial scratches, stains, and color fading due to use. Particularly noticeable yellowing is observed on some devices located in the front rows.
• Keypad: The control buttons on the front panel of the devices are physically in place and do not show any significant damage.
• Sockets and Ports: Upon visual inspection, no bending or breakage has been observed in the SpO2 sensor input and other connection ports located at the bottom. The plastic components around the ports appear robust.
• Screens: The screens of all modules are turned off. Therefore, no comment can be made regarding whether the screens are functional or if they have any scratches.

Technical and Functional Details

While it is not possible to make a definitive comment on the functionality of the devices based on the images, some technical details can be observed.

• Intended Use: These modules are used to process data from sensors measuring vital signs such as patient SpO2 and pulse, and transmit this data to the main monitor unit.
• Accessories: No sensors, cables, or power adapters belonging to the devices are present in the images. Therefore, it is not possible to operate or test the devices independently.
• Battery: There is no visual evidence regarding the presence or condition of an internal or external battery.
• Label Information: No detailed technical information labels, such as serial number, REF code, or manufacturing year, are visible on the front surface of the devices, apart from the brand and model.

Potential Risks and Conclusion

There is no direct evidence in the images that the devices are faulty. However, the fact that the devices are used, their yellowed color, and general wear indicate prolonged use. While this suggests a potential fatigue in the electronic components of the devices, no fault indicator (broken part, burn mark, etc.) supporting this has been detected in the images. Overall, the modules maintain their physical integrity, and there is no significant damage to their mechanical parts.