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: 10.03.2026
Medical Oxygen Cylinder and Regulator Set Analysis Report
Device Identification and Usage Areas
The product in the images is an integrated respiratory equipment consisting of a medical oxygen cylinder, brass valve, pressure reducing regulator, flowmeter, and humidifier bottle. It is suitable for use in hospital, clinic, ambulance, and home care settings to provide oxygen support to patients experiencing respiratory difficulties.
Brand and Model Information
On the body of the brass valve located at the top of the cylinder, the brand Kasweld is clearly legible. No distinct brand or model inscription is found on the cylinder’s body itself or on the regulator assembly.
Quantity Information
In the images, there is 1 oxygen cylinder and 1 regulator set attached to this cylinder (including manometer, flowmeter, and humidifier bottle).
General Condition and Physical Deformation
The general condition of the equipment is very good. On the blue painted outer surface of the cylinder, no scratches, dents, rust, paint peeling, or color fading have been observed. The white mesh covering protecting the lower half of the cylinder against external impacts is intact and complete. There is no oxidation or blackening on the chrome-plated metal surfaces.
Mechanical Components and Accessories
The device consists entirely of mechanical and pneumatic parts; it does not contain any electronic components. The condition of the parts is listed below:
- Valve: The brass-bodied valve and the blue star-type on/off handwheel are undamaged.
- Regulator Body: The chrome-plated connection points and body are intact.
- Manometer: The glass of the pressure gauge is unbroken and crack-free. The needle and dial are clearly visible.
- Flowmeter: The transparent flow meter tube and the green gas adjustment knob are intact.
- Humidifier Bottle: The transparent plastic-bodied humidifier bottle with a green cap is attached to the system. There is no physical damage to the bottle, and it is empty. A patient hose connection outlet is present at the tip of the cap.
Label and Stamp Information
The inscriptions, warnings, and metal stamps on the product are as follows:
- Cylinder Body Stamps: On the shoulder of the cylinder, the inscriptions 870059, UT, 5L, PW150, PH250, ISO9809-3, K5, and P08 are embossed on the metal. This information indicates the cylinder’s 5-liter volume, working and test pressure values, and manufacturing standards.
- Regulator Warning Label: A red circular label on the regulator body displays the warning USE NO OIL / UNDER 14700Kpa / 150 Kg/cm².
- Manometer Dial: The inscriptions USE NO OIL and PRESSURE GAUGE are present on the gauge. The dial features pressure level zones separated by green, yellow, and red colors.
- Flowmeter Tube: The transparent tube features numbers and lines from 0 to 15, indicating oxygen flow rate in liters/minute.
- Adjustment Knob: The green flow adjustment knob has OPEN and SHUT inscriptions and arrow indicators for guidance.
Dimensions and Compatibility
From the stamps on the cylinder, it is understood to have a 5-liter (5L) capacity. The regulator outlet and humidifier bottle tip are compatible with standard medical oxygen cannulas and masks.
Originality
Considering the quality of the materials used, the industrial stamps on the metal, and the craftsmanship of the manometer and regulator, the product appears to be manufactured according to original medical standards.
Potential Malfunction Risk
In the images, there are no broken parts, cracks, rust, or physical deformations that would prevent the device from operating. The equipment’s condition is good, and based on visual data, no significant malfunction risk has been identified.
