• Electromagnetic safety: the totally non-magnetic nature of the materials nullifies the risk of the "projectile effect" in the presence of strong magnetic fields.
• Ergonomic precision: the continuous telescopic adjustment allows adapting the height of the device to specific clinical needs with a smooth movement.
• Smooth maneuverability: the use of technical plastics and swivel wheels facilitates moving the stand even when fully loaded on hospital surfaces.
• Dynamic stability: the four-spoke base configuration with integrated brakes prevents accidental movement during infusion procedures.
• Chemical resistance: the synthetic materials used ensure easy sanitization with common hospital detergent protocols without risk of corrosion.

The primary use is in diagnostic MRI rooms, where the presence of ferrous metals is strictly forbidden. It is also indicated in research laboratories with high-sensitivity electronic instrumentation, radiology departments, and specialized clinics that require non-conductive medical devices. MDR Class I compliance makes it suitable for professional use in all public and private healthcare facilities.

The choice of the H680_15 model is dictated by the need to eliminate ferromagnetic risk without sacrificing the functionality of a traditional IV pole. Unlike solutions in aluminum or stainless steel (which could still present magnetizable components), this stand in PVC and technopolymers offers an absolute guarantee of magnetic inertia. It is the correct tool when operations must meet the highest safety standards in MRI environments, ensuring a long operational life due to the absence of parts subject to oxidation.

Can the pole be used near high-field magnets (3 Tesla or higher)?

Yes, being made exclusively of non-magnetic, non-conductive, and non-metallic materials such as PVC, PA, and POM-C, it is not affected by static magnetic fields, regardless of the strength of the magnet present in the MRI room.

What is the difference between this pole and a common stainless steel stand?

While stainless steel can contain traces of ferromagnetic materials or be conductive, this model is structurally inert to electromagnetic fields. Furthermore, the low weight of 5 kg makes it much more manageable than heavy metal versions.

What certifications accompany the device?

The product is certified as a Class I Medical Device in full compliance with European Regulation MDR 745/2017, guaranteeing compliance with the essential safety and performance requirements required for professional clinical use.