Manual MRI Stretcher Non Magnetic Stainless Steel Backrest Adjustable Hospital Tranfer

Manual MRI Stretcher Non-Magnetic Stainless Steel Backrest Adjustable Hospital Tranfer

An MRI stretcher is a specialized type of stretcher designed for patient transport in MRI environments. Since MRI machines use powerful magnetic fields, MRI stretchers must meet specific requirements to ensure patient safety, image quality, and ease of use in this unique setting. Below are the key requirements for an MRI stretcher, presented in a way that emphasizes their importance in clinical practice.

1. MRI Stretcher Non-Magnetic Construction

• Metal-Free Frame: The stretcher must be made from non-ferrous materials such as carbon fiber or radiolucent composites. Magnetic fields generated by MRI machines can cause interference with metallic components, leading to image distortion and safety risks. The stretcher's frame must not contain any materials that can be attracted by the MRI magnet.
• No Ferrous Metals: All components, including fasteners, casters, and supports, must be free of ferrous metals to avoid attracting the strong magnetic fields of the MRI machine, which can result in damage to the equipment or injury to both the patient and healthcare workers.

2. MRI Stretcher Patient Safety and Comfort

• Sturdy, Stable Construction: Although the stretcher must be non-metallic, it still needs to provide a stable and secure surface for patients, particularly those who are critically ill or immobilized. The materials used must be lightweight but strong enough to support the patient safely, even in the case of high mobility.
• Comfortable Padding: The stretcher should have a cushioned surface with pressure-relieving properties to enhance patient comfort. MRI patients often need to remain still for extended periods, so the stretcher must minimize pressure points and discomfort, especially for patients with limited mobility or those suffering from certain conditions like pressure ulcers.
• Patient Positioning: Adjustable features such as headrests, backrests, and leg supports are important to ensure that patients are comfortably positioned during their MRI scans. Correct positioning can also improve the quality of the MRI images and prevent patient movement.

3. MRI Stretcher Maneuverability and Ease of Transport

• Smooth, Swivel Wheels: Since MRI rooms are typically designed with tight spaces, the stretcher must be easy to maneuver. This includes swivel wheels or large casters that provide smooth mobility within the MRI suite and allow the stretcher to be quickly positioned for the scan.
• Height Adjustability: The stretcher should allow for height adjustments, enabling healthcare providers to align the stretcher with the MRI machine's entrance and ensure that the patient is properly positioned for scanning. This feature also improves caregiver ergonomics and facilitates easier patient transfers.

4. MRI Stretcher MRI-Safe Components

• MRI-Approved Materials: All components of the stretcher must be explicitly MRI-safe, including any mechanical or electrical parts. Some stretchers have accessories like IV poles, oxygen tanks, or monitoring equipment, which should be either MRI-compatible or easily removable before entering the MRI room.
• Minimal Electronic Equipment: Since electromagnetic interference can disrupt MRI signals, stretchers with excessive electronic components should be avoided. Ideally, any equipment attached to the stretcher should be designed to either be non-interfering or easily disconnected during the MRI procedure.

5. MRI Stretcher Integration with MRI Systems

• Seamless Workflow: An MRI stretcher should be compatible with other equipment in the MRI suite, ensuring smooth workflow during patient transport and imaging. This includes easy transfer between the stretcher and MRI bed or table without the need for additional assistance.
• Compatibility with Patient Monitoring: Since patients often need to be monitored during an MRI scan, the stretcher may include provisions to secure monitoring equipment such as blood pressure cuffs, ECG leads, or pulse oximeters. These monitoring systems must be positioned in a way that does not interfere with the MRI scan or the patient’s comfort.

6. MRI Stretcher Ease of Cleaning and Maintenance

• Non-porous Surfaces: The materials used should allow for easy cleaning and sterilization to maintain hygiene standards in healthcare environments. MRI stretchers should feature smooth, non-porous surfaces that resist bacteria growth and are compatible with hospital-grade cleaning solutions.
• Durable and Low Maintenance: Given the frequent use of MRI stretchers, their components must be durable and resistant to wear and tear, especially in high-turnover environments like hospitals or imaging centers. Regular maintenance should be straightforward to ensure the stretcher's continued safety and effectiveness.

MRI Stretcher Tecnical Parameter: