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: 17.03.2026
Report code: 1773741615
Leica M841 Surgical Microscope Analysis Report
Device Identification and Basic Information
The device shown in the images is a surgical microscope with a wheeled, heavy floor stand and movable arms.
- Brand: Leica
- Model: M841
- Authenticity: Based on the examination of logo placements, material quality, and industrial design details on the device, the product is assessed to be original.
- Quantity Information: 1 main microscope unit (including stand, arms, and optical head), 1 integrated control panel, and 1 foot pedal unit have been identified.
Areas of Use
This device is designed for use in operating rooms to magnify and illuminate the surgical field during microsurgical operations. It is suitable for use in specialties requiring precise vision, such as ophthalmic surgery, brain and nerve surgery, or plastic surgery.
General Condition and Physical State
The device is in used condition. Its general condition is good.
- Physical Deformation: No major scratches, cracks, or breaks have been observed on the device’s white painted body and arms. Slight dust accumulation and superficial marks due to use are present on the black colored base plate and foot pedal.
- Mechanical Components: The microscope’s movable joints, locking screws, adjustment knobs on the optical head, and the wheeled transport system appear physically sound.
Electronic Components and Control Panel
The device’s electronic components maintain their physical integrity externally.
- Screen Analysis: A control panel is mounted on the device’s body. The panel features one LCD screen. As the device is powered off, no text, menu, or warning messages are visible on the screen.
- Keypad: Below the screen, there are 8 blue triangular buttons with up and down arrow symbols and 1 square button, used for navigation or adjustment. There is no physical wear or depression on the buttons.
Accessories and Connection Points
Various connection points and control accessories are present on and next to the device.
- Foot Pedal: A foot pedal unit, used to control the device’s functions with the foot, is located on the floor. The pedal features two large black pressing areas and four metallic gray buttons. Next to the buttons, the labels F ↑, F ↓, and Z ↑ are legible.
- Cables: A black connection cable, coiled on the foot pedal, with a multi-pin metal connector at its end, is present. Additionally, gray data and power cables run from the device’s arms to the control panel and optical head. No external crushing or breakage is visible on the cables.
- Socket Inputs: On the side surface of the optical head, immediately below the ventilation grille, there is a round socket input and a black switch.
Labels and Technical Information
The written technical information identified on the device is listed below:
- Model Information: The text LEICA M841 is clearly legible in black letters on the side of the optical head.
- Power Information: Next to the socket input on the optical head, the inscription 0-12V 50W is present along with a warning triangle.
No labels or documents regarding the device’s manufacturing year, serial number, usage duration, or warranty status could be identified in the images.
Malfunction Status and Risk Assessment
During the examination conducted via the images, no clear breaks, missing parts, or malfunction indicators that would prevent the device from operating were identified.
Potential Malfunction Risk: The foot pedal cable being tightly coiled around itself could lead to internal cable breakages in the long term. Apart from this, the device’s general condition is good, and its mechanical and electronic integrity appears to be preserved.
