Secondhand Toshiba Aquilion Prime 80 Computed Tomography

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: 25.07.2025

Toshiba Aquilion Computed Tomography and Medec FlowSens Anesthesia Machine Analysis Report

Device Identification and Areas of Use

The images show one Toshiba Aquilion model Computed Tomography (CT) scanner and one ceiling-mounted Medec FlowSens anesthesia machine. The Toshiba Aquilion is a radiology device used to create cross-sectional images of the body for diagnosing various diseases. The Medec FlowSens is an anesthesia machine that ensures the controlled delivery of oxygen and anesthetic gases to the patient during surgeries. Both devices play a critical role in medical diagnosis and treatment processes.

Brand and Model

The brands and models of the devices in the image have been clearly identified:

• Computed Tomography Scanner Brand-Model: Toshiba Aquilion
• Anesthesia Machine Brand-Model: Medec FlowSens

The brand and model names are clearly visible on both devices.

General Status and Condition

The devices in the images are located in a clean and well-maintained clinical environment. The general condition of the devices appears to be good and ready for use. No significant damage or excessive wear and tear is observed. It is estimated that the devices are “new” or “lightly used” and have undergone regular maintenance.

Physical Deformation and Mechanical Components

No physical deformation such as scratches, dents, cracks, discoloration, or dirt is observed on the casing, coatings, or moving parts of either device. The patient table and moving mechanism of the CT scanner, as well as the ceiling-mounted arm and other components of the anesthesia machine, appear to be intact and in good working order.

Electronic Components and Screen Analysis

The screens of both devices are in working condition. Various interfaces and data are visible on the control panel on the main body of the Toshiba Aquilion CT scanner and on a separate monitor, as well as on the dedicated monitor of the Medec FlowSens anesthesia machine.

• Toshiba Aquilion Screen: The small screen on the device and the larger monitor next to it display various parameters and patient information. The “TOSHIBA” and “Aquilion” brand names are visible on the screen. Additionally, numerical values such as “+0.0”, “-1645.0”, and “0” are present. These values likely relate to the scanning position or other technical settings.
• Medec FlowSens Screen: The screen of the anesthesia machine displays respiratory graphs and numerical data related to anesthesia. The screen indicates that the device is active and operational.

Quantity Information and Accessories

There are a total of two main devices in the images:

• 1 unit of Toshiba Aquilion Computed Tomography Scanner
• 1 unit of Medec FlowSens Anesthesia Machine

Accessories include the CT scanner’s patient table, the breathing circuit connected to the anesthesia machine, an IV pole, and various cables. No missing parts or accessories are apparent.

Authenticity

The quality of the logos and text on the devices, the overall workmanship, and the material quality suggest that the products are genuine. The brand logos, in particular, are clear and well-defined. This indicates that the devices were manufactured by their original producers, Toshiba and Medec.

Label Information

Detailed label information such as serial number, lot number, or REF code is not clearly legible in the images. However, brand and model labels are present on the devices.

Potential Risk of Malfunction

Based on the visual inspection, no severe wear, rust, crushed cables, or other obvious damage has been observed on the devices. Therefore, the risk of a malfunction occurring in the near future is assessed as low. The overall condition of the devices is good. However, it should be noted that this assessment is a prediction based solely on visual evidence, and the full functionality of the devices must be confirmed through a technical inspection.