Secondhand Nouvag MD 10 ENT Drill

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: 14.08.2025

Nouvag MD 10 Surgical Motor System Analysis Report

Overview and Device Identification

The images show a motor control unit and its accompanying foot pedal, designed for use in medical or dental surgical operations. The device consists of a main control unit and one accessory. The overall condition of the products has been assessed as used.

• Device Name: Surgical Motor Control Unit
• Quantity: A total of 1 main control unit and 1 foot pedal are visible in the images.

Brand and Model

Upon inspection of the device’s front panel, brand and model information has been clearly identified. The brand logo and model number are clearly legible.

• Brand: Nouvag
• Model: MD 10

General Condition and State

It is understood that the device is generally used. The white plastic casing of the main unit shows significant yellowing due to time and use. Dust and dirt accumulations have been observed sporadically on the device. It is believed to be an original product; the craftsmanship, logo, and label quality do not indicate a counterfeit product.

Physical Deformation

Upon detailed examination of the product’s physical condition, some signs of wear have been detected.

• Main Unit Casing: The white color of the casing has yellowed. In the lower-left corner of the blue section on the front panel, there is a crack or deep scratch on the protective film.
• Display: Since the device is off, it is not possible to determine if the display is functional. However, no cracks or breaks are visible on the display.
• Foot Pedal: The casing of the foot pedal also shows general wear and dirt due to use.

Mechanical and Electronic Components

The mechanical and electronic components of the device have been visually inspected. Since the device is not in working condition, an electronic test could not be performed.

• Buttons and Switch: All control buttons on the front panel and the green On/Off switch are physically in place, and no significant damage is observed.
• Socket Inputs: On the front of the device, there are two socket inputs labeled MOTOR and FOOT SWITCH. No cracks or deformations have been visually detected in these inputs.
• Cabling: The gray cable belonging to the foot pedal is visible, and no significant crushing, breakage, or wear has been observed on it.

Labels and Technical Information

Labels showing various technical modes and ratios are present on the device’s front panel. However, a label containing detailed information such as serial number, REF code, or manufacturing year, which might be located on the back or bottom, is not visible in the images.

• Visible Panel Information: 1:5, 1:1, 16:1, 32:1, SAW, MUCO, ATC SET, PUMP SET.

Missing Parts and Potential Risks

The images show that some essential accessories required for the device’s operation are missing.

• Missing Parts: Among the most important parts of the device, the surgical motor and contra-angle handpiece are not present in the images. Furthermore, the power cable that supplies power to the device is also not visible.
• Potential Risks: The fact that the device is used and has a yellowed casing suggests it has been in use for a long time. Since information about the current state of the electronic components could not be obtained, it is uncertain whether it is functional. The biggest missing component is the motor and contra-angle handpiece, which means the device cannot be used alone. The crack on the protective film on the front panel could lead to liquid or dirt seeping underneath over time. Other than this, no serious potential malfunction risk has been observed.