Secondhand Nouvag 2048 Drill Handle

Objective AI Report

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Report date: 08.12.2025

NOUVAG No. 2048 Surgical Micromotor Analysis Report

Device Identification and Description

The product shown in the images is a surgical micromotor handpiece, used in surgical operations and classified as medical-grade equipment. The device features a metal body suitable for sterilization and an integrated cable for energy/data transmission.

Brand and Model Information

The inscriptions and logos on the product’s metal body have been thoroughly examined, and the following identifications have been made:

• Brand: NOUVAG (The logo “NOUVAG” is clearly visible on the device).
• Origin: Made in Switzerland (Stated as Swiss-made).
• Model: No. 2048 (Clearly engraved horizontally on the lower part of the body).
• Serial Number: The inscription “SN A1 2200” is readable, written vertically on the body.
• Other Codes: In the vertical inscription group, just above the model number, there is another inscription starting with “No. 20…” (the entire text is not clearly readable, but its structure suggests a cable or assembly part code). However, the main product model identifier is No. 2048.

Authenticity Assessment

The product’s body craftsmanship, the matte satin finish of the material, the quality of the laser-engraved texts, the “Made in Switzerland” inscription, and the typical red silicone cable structure characteristic of the NOUVAG brand strongly indicate that the product is an original NOUVAG equipment. High-quality connector and material details, rarely found in aftermarket products, are present.

Areas of Use and Compatibility

The NOUVAG No. 2048 micromotor is designed to power handheld instruments such as drills, saws, or shavers used in surgical procedures. It typically operates by connecting to control units (consoles) used in dental surgery, implantology, general surgery, or aesthetic surgery operations. This component does not work independently; it is used in conjunction with a suitable NOUVAG control unit and surgical handpieces attached to its tip.

Physical Condition and Cosmetic Examination

The condition analysis based on the device’s external casing and overall appearance is as follows:

• Metal Body: The body is made of sterilizable satin metal (presumably stainless steel). No noticeable deep dents, cracks, or corrosion marks are visible on it. It is cosmetically clean and in good condition.
• Inscriptions: All laser markings are unerased and clearly legible, suggesting that the surface has not been subjected to excessive chemical abrasion.
• Hygiene: The product is held by a blue-gloved hand in the images; however, it cannot be determined from the visual whether the product has been sterilized. Its surface appears generally clean.

Cable and Connection Points (Accessories)

A medical-grade red cable is integrally connected to the device in the images:

• Cable Structure: It is a red, thickly insulated, bend-resistant, and known-to-be-autoclavable silicone cable. No visual breakage, peeling, cracking, or crushing has been detected on the cable. No breakage is visible at the cable entry point (strain relief section).
• Connector (Socket): The metal connector at the cable’s end is detailed in the second image. This is a circular-structured socket (Circular Push-Pull connector type). Inside the connector, there are pins arranged in a circular pattern. From the angle in the image, a central pin and surrounding (estimated 6 or 7) gold-plated pin tips are visible. No bending, rusting, or missing pins have been observed. The metal body of the socket is robust.

Quantity Information

The images show a single (1) motor handpiece and an integrated single (1) cable. No external adapter, control box, or surgical tip is present.

Technical Details and Observations

Technical observations based on visual analysis are as follows:

• Connection Type: The tip of the product has a special shaft structure for attaching surgical handpieces (top part of image 1). This metal shaft appears clean and undeformed.
• Interface: The socket side is a multi-pin, male-ended, metal-bodied structure with a locking mechanism, designed to connect to a control device.

Potential Risk and Failure Analysis

As a result of the visual inspection, no critical damage threatening the device’s physical integrity (e.g., body fracture, cable breakage, bent pins) has been detected. Although the device is in “used” condition, visually it appears to maintain its operational integrity and be well-maintained. There is no physical deformation indicating a mechanical or electrical failure risk detectable solely by visual examination.