• Safe transport: the safety strap and the Ø 150 mm cylinder ring keep the cylinder firmly positioned, reducing the risk of falls during movement in hospital wards and corridors.
• Structural stability: the fully welded polished stainless steel construction ensures a rigid structure that resists impacts and daily stress typical of the healthcare environment.
• Improved maneuverability: the 4 double Ø 65 mm wheels, 2 of which are lockable, allow for fluid movement with easy direction changes and immediate stopping when necessary.
• Durability over time: polished stainless steel resists corrosion and oxidation, maintaining performance even in humid environments and when subjected to frequent sanitization.
• Operational ergonomics: the fixed handle on the central column allows for a firm grip and precise control during transport by the healthcare operator.
• Regulatory compliance: CE certification guarantees compliance with European safety standards for medical and hospital devices.

The trolley is intended for use in hospitals, clinics and medical centers where frequent transport of 10L oxygen cylinders between wards, operating rooms and inpatient areas is required. It is particularly suitable in environments where movement speed and cylinder stability are critical factors for patient care continuity.

Its stainless steel structure also makes it suitable for contexts where high hygiene standards and frequent cleaning and sanitization operations are required, common features in hospital environments and private clinics.

Choosing this trolley is the correct solution when the primary need is to ensure safe and controlled transport of 10L oxygen cylinders in hospital environments, where patient and operator safety are priority. The combination of safety strap, cylinder ring and lockable wheels significantly reduces risks related to uncontrolled movements.

It is the appropriate choice in healthcare facilities where spaces are tight and frequent movement between wards is regular, as the double wheels guarantee maneuverability in corridors and critical areas. The stainless steel construction is an operational prerequisite in environments where corrosion, humidity and sanitization cycles can deteriorate standard materials, ensuring long durability and low maintenance costs.

What is the difference between this trolley and standard non-stainless steel models?

Polished stainless steel resists corrosion, oxidation and damage caused by humidity and disinfecting agents frequently used in hospitals. Standard steel models tend to oxidize and stain over time, reducing durability and compromising hygiene. This trolley maintains structural integrity and aesthetic appearance even after years of intense use and repeated sanitization.

Is it compatible with oxygen cylinders of other capacities?

No, the trolley is specifically designed for 10L cylinders. The Ø 150 mm cylinder ring and safety strap are sized for this capacity. Use with cylinders of different sizes compromises stability and transport safety.

How does the wheel locking system work?

Two of the four double wheels are equipped with a lockable brake that allows the trolley to be completely immobilized. This is essential during patient transfer operations or when the trolley must remain stationary in critical areas, ensuring it does not move inadvertently.

Is the trolley subject to specific certifications or regulations?

Yes, the trolley is CE certified, which confirms compliance with the safety and performance requirements demanded by European regulations for medical devices and hospital equipment. This certification is a prerequisite for use in public and private healthcare facilities.

What maintenance is required?

Maintenance is minimal. Stainless steel requires regular cleaning with specific detergents to leave no residue. Wheels and locking mechanisms should be periodically inspected to check for wear. The welded structure of the frame eliminates common failure points found in bolted trolleys.

Why is the handle fixed and not adjustable?

The fixed handle on the central column is sized for standard ergonomics in hospital environments and ensures maximum rigidity and stability during use. An adjustable handle would involve pivot points that would increase the risk of oscillation and reduce precision in transport control.