Introduction
The document discusses the development and application of transport chairs with Levina scan castors, designed for use in MRI environments. These chairs ensure 100% safety by being completely metal-free, addressing the challenges posed by strong magnetic fields in MRI machines.

Background
RCN Medizin- und Rehatechnik GmbH specializes in non-magnetic medical furniture suitable for MRI environments. The company has over 30 years of experience and operates in the USA and Germany, producing a range of products including shower stools, wheelchairs, and walkers.

Special Requirements
MRI machines generate strong magnetic fields, measured in Tesla, which necessitate the use of non-magnetic materials in their vicinity. RCN develops furniture using synthetic materials and brass for MRIs up to three Tesla. However, for MRIs above seven Tesla, even non-magnetic brass is prohibited, prompting the need for completely metal-free solutions.

Smart Mobility Solution
The Levina scan castor, developed for RCN, is entirely metal-free, made from synthetic materials, and suitable for MRIs above seven Tesla. It offers a high load-bearing capacity of up to 80 kilograms and is available in various sizes and configurations, including swivel castors with total lock.

International Advantages and Applications
The Levina scan castor is versatile, suitable for use in MRI rooms with metal detector locks, research facilities, and security gates at airports. Its metal-free composition eliminates the need for extensive research into country-specific regulations, facilitating international business for RCN.

Conclusion
The Levina scan represents a significant advancement in MRI-compatible furniture, offering 100% safety and synthetic material composition, as emphasized by RCN's managing directors, Volkmar and Michael Jung.