Secondhand Puritan Bennett 560 Home Mechanical Ventilator

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: 30.12.2025

Covidien Puritan Bennett 560 Ventilator Analysis Report

Device Identification

The product examined in the visuals is a medical-grade, portable ventilator device used for providing respiratory support. The product is displayed as a main unit with an electronic control panel, a screen, and air outlet ports.

Brand and Model

The inscriptions on the product and the packaging label have been thoroughly examined, and the device’s identity has been determined with 100% certainty. The relevant brand and model are verifiable in medical device literature.

• Brand: COVIDIEN
• Model: Puritan Bennett 560 Ventilator

Authenticity Status

The logo placement on the front of the device, the font of the model name, the color tones used (blue details on a gray casing), and the detail level of the manufacturer’s barcode labels on the packaging (SN, REF, Manufacturing date symbols) indicate that the product is an original Covidien (Medtronic) product. The data matrix codes and multi-language descriptions on the label comply with industry standards.

Label Information and Technical Data

The label on the product’s original box provides the clearest technical data regarding the device’s identity. The data in the visual are as follows:

• Serial Number (SN): 4096601537
• Reference Number (REF): 4096600-05
• GTIN / Barcode (01): 10884521196032
• Manufacturing Date: 2021-12-08 (December 8, 2021)

General Condition and Physical State

The device’s outer casing is generally clean and structurally intact. No deep scratches, dents, or significant cracks have been detected on the gray plastic body. The blue top carrying handle and port covers appear sturdy. The general condition of the device can be described as “used in good condition” or “clean product stored with its box”.

Screen and Control Panel Analysis

The LCD screen on the front of the device is turned off. Slight fingerprint smudges or superficial dust are visible on the screen surface due to light reflection; however, no breaks, cracks, or deep scratches have been found on the screen. There is no fading or wear on the keypad (Power, Menu, Up/Down arrows), and the icons are clear and legible.

Accessories and Connection Points

Quantity Information: The visuals show 1 ventilator device and the label area of 1 original box to which the device belongs. No external cable, patient circuit, adapter, or mask is present in the visual.

Socket Inputs: Blue inlets, identified as air outlet ports and exhalation valve connection points, are visible on the front bottom part of the device. No significant damage or deformation has been observed around these ports.

Battery Status

On the upper left part of the device’s front panel, LED indicators with a “battery” icon are present. This indicates that the device has the capability to operate with an internal battery or to be charged. However, since the device is off in the visual, no comment can be made regarding the battery’s current capacity or health based on the visual.

Areas of Use

Covidien Puritan Bennett 560 is a compact ventilator suitable for use both in hospital environments and during home-care processes. It is designed for adult and pediatric (children above a certain weight) patients who require invasive or non-invasive respiratory support. Due to its portability, it is suitable for mobile use.

Potential Failure Risk

During the visual inspection, no signs of impact, liquid contact, rust, or a broken component were observed on the device. The cosmetic condition of the device suggests an absence of mechanical fatigue. Therefore, the risk of failure due to physical condition appears low. However, as it is an electronic medical device, the battery life and sensor calibration status cannot be confirmed through visual analysis.