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: 02.04.2026
Report code: 1775132132
Medicraft BiLEVEL S Respiratory Device Control Board Analysis Report
Device Identification and Application Areas
The product in the image is an electronic control board (PCB) belonging to respiratory support devices. As understood from the writings on the board and the screen menu, this part is used in respiratory devices offering BiLEVEL S (BiPAP) therapy. It is the main management and control unit for devices used in the treatment of sleep apnea or respiratory failure.
Brand and Model Information
The brand and model information identified based on the silkscreen prints on the electronic board in the image are as follows
- Brand Medicraft
- Manufacturer Medicraft Medikal Sistemler R&D Production Trade Ltd. Sti.
- Board Model OZD35-02.1
- Version Respiratory Support Device Control Card V1.4 (Respiratory Therapy Device Control Card)
Screen Analysis
An integrated, blue backlit LCD screen is present on the board. The screen is active, and no pixel loss, stains, or scratches have been observed on it. The texts read on the screen are as follows
- — CLINIC MENU —
- OPERATING MODE
- BiLEVEL S
These data indicate that the device is in the clinical settings menu and is set to operate in BiLEVEL S mode.
Electronic Components and Parts
The image contains only one electronic printed circuit board. The main components on the board are as follows
- In the bottom left corner of the board, there is a 3V CR2032 model clock/memory battery (RTC battery). The battery is fully seated in its slot, and there are no signs of leakage or swelling.
- At the bottom, there are four physical push buttons (S1, S2, S3, S4) understood to be used for menu navigation and device control.
- In the bottom left corner, a cylindrical audible alarm (buzzer) component is present.
- In the upper middle part of the board, there is a large circular void, likely designed for the placement of the device’s motor (blower) unit.
- In the upper left corner, a black adapter socket providing power to the board is installed.
- On the right side, there is a multi-pin microcontroller (U1), and on the left side, coils (221, 471) are located.
Labels and Technical Information
The technical markings and certification logos printed on the board surface are listed below
- Production Year 2011 (Located under the Medicraft logo)
- Certifications RoHS and Pb (Lead-free) logos are present.
- Other Codes Below the screen, UL certification mark along with E231017 and OL-D 94V-0 codes are readable.
General Condition and Physical Deformation
The electronic board is generally in good condition. No physical breaks, cracks, or signs of physical impact have been observed on the board. Slight solder paste (flux) residues or processing marks are visible at the power input in the upper left corner and its surrounding solder points. The screen operates without issues, and the overall electronic integrity is preserved.
Quantity Information
The image shows 1 electronic control board.
Originality Assessment
Upon examining the manufacturer prints on the board, logo quality, component arrangement, and the software interface on the screen, the product is assessed to be an original spare part/control board belonging to Medicraft.
Potential Failure Risk
The image shows that the board is powered on and the screen is functioning correctly. There are no significant signs of wear, oxidation, swollen capacitors, or burn marks on the board. Apart from the solder marks in the upper left section, no noticeable abnormalities are present. Based on the available visual data, the product’s condition is good, and no significant failure risk has been observed.
