Non Magnetic Wheelchair with 120 Kg Weight Capacity MRI Safe Compliance and Non Magnetic Rubber Wheels for Healthcare

The MRI Safe Wheelchair is a specially designed mobility aid intended for use in environments where magnetic resonance imaging (MRI) procedures take place. This wheelchair is meticulously engineered to be Mri compatible, ensuring that it can be safely used in 3.0T MRI rooms without interfering with the imaging process or compromising patient safety. Traditional wheelchairs may contain magnetic materials or components that pose risks in MRI settings, but this MRI Safe Wheelchair eliminates those concerns by being completely non-magnetic.

One of the standout features of this wheelchair is its exceptional load-bearing capacity. While it is designed to handle a load bearing weight of up to ≤100kg safely, the overall weight capacity of the wheelchair extends to 120 kg. This means it can accommodate a wide range of patients comfortably and securely, making it a versatile choice for hospitals and diagnostic centers that require reliable and sturdy seating solutions during MRI scans.

The wheelchair’s design includes a fixed backrest type, which provides stable support to the user during transport and while waiting for the MRI procedure. The fixed backrest ensures that patients remain in a comfortable and secure position, minimizing movement that could disrupt the MRI scan or cause discomfort. Comfort and safety are primary considerations in the design of this wheelchair, making it ideal for clinical settings where patient care is paramount.

Being specifically used for MRI room environments, this wheelchair meets stringent safety and compatibility standards. It is crafted from materials that do not react to the powerful magnetic fields of MRI machines, thereby eliminating the risk of magnetic interference or attraction that could cause injury or damage. This Mri compatible wheelchair ensures smooth and safe transportation of patients from waiting areas to the MRI scanner, facilitating efficient workflow without compromising the integrity of the imaging process.

In addition to its non-magnetic construction, the wheelchair is designed for ease of use and maneuverability within the confined and sensitive space of an MRI suite. The lightweight yet sturdy frame allows healthcare professionals to navigate hallways and tight areas with ease, ensuring patients can be moved quickly and safely. The wheelchair’s ergonomic design also promotes patient comfort during potentially lengthy preparations and scans.

The MRI Safe Wheelchair is an essential piece of equipment for medical facilities that utilize 3.0T MRI machines, as it supports the unique requirements of these high-field imaging systems. Its compatibility with MRI environments allows medical personnel to confidently transport patients without concern for the magnetic field’s impact on the wheelchair or vice versa. This reduces delays and enhances patient throughput, improving the overall efficiency of MRI diagnostics.

Furthermore, the wheelchair’s durable construction ensures long-lasting performance even under frequent use in busy hospital settings. The materials used are easy to clean and maintain, supporting infection control protocols essential in healthcare environments. This combination of safety, durability, and compatibility makes the MRI Safe Wheelchair a reliable investment for any medical institution focused on providing high-quality patient care in MRI rooms.

In summary, the MRI Safe Wheelchair is a purpose-built, Mri compatible mobility device designed explicitly for use in 3.0T MRI rooms. It combines a load-bearing weight capacity of ≤100kg and an overall weight capacity of 120 kg with a fixed backrest for stability and comfort. Its non-magnetic construction ensures absolute safety and compatibility in MRI environments, making it an indispensable tool for healthcare providers. If you require a wheelchair that is both functional and safe for use in MRI rooms, this Mri compatible wheelchair is the ideal choice to meet those needs.

• Product Name: Non Magnetic Wheelchair
• Backrest Height: 40 cm
• Foldable design for easy storage and transport
• Seat Size: 460 mm for comfortable seating
• Reclining backrest with adjustable tension
• Load Bearing Weight: ≤100 kg
• Constructed with special non magnetic metal for MRI compatibility
• Equipped with universal wheels for smooth maneuverability
• MRI compatible, ideal for medical imaging environments

The Jovi Non Magnetic Wheelchair, model number 1-cf-29, is a specialized mobility device designed specifically for use in sensitive medical environments. Manufactured in China and certified with ISO standards, this wheelchair is built with special non magnetic metal, making it perfectly safe and reliable for use in 3.0T MRI rooms. Its non magnetic construction ensures that it does not interfere with the magnetic fields during MRI scans, providing a safe and efficient transportation option for patients undergoing magnetic resonance imaging.

One of the primary application occasions for the Jovi Non Magnetic Wheelchair is hospitals and diagnostic centers equipped with MRI facilities. When patients need to be transported to and from the MRI room, this wheelchair offers a non-invasive and safe solution, eliminating the risks associated with traditional metal wheelchairs. Its manual locking brakes provide secure stability when stationary, enhancing patient safety during transfers and waiting periods.

The wheelchair features a comfortable seat size of 460mm and supports a weight capacity of up to 120 kg, accommodating a wide range of patients with ease. Its design focuses on both functionality and patient comfort during potentially stressful MRI procedures. The Jovi Non Magnetic Wheelchair is also ideal for use in other medical settings where magnetic interference must be avoided, such as research laboratories and specialized treatment centers.

In terms of logistics and procurement, the wheelchair is supplied with a minimum order quantity of just one unit, making it accessible for both small clinics and large hospitals. It is packaged securely in a wooden case to ensure safe delivery and can be shipped within 7 working days after receiving payment via T/T. With a price range of $1000 to $1500 and a monthly supply ability of 300 pieces, Jovi provides a reliable and cost-effective solution for medical institutions in need of MRI safe wheelchairs.

Overall, the Jovi 1-cf-29 Non Magnetic Wheelchair is an essential piece of equipment designed to meet the unique demands of environments where magnetic safety is critical. Its application in MRI rooms helps healthcare providers enhance patient care quality while maintaining strict safety standards. The use of special non magnetic metal and manual locking brakes ensures that this wheelchair performs reliably in the most challenging medical scenarios, making it a trusted choice for medical professionals worldwide.

Our Non Magnetic Wheelchair is designed for ease of use, durability, and comfort. For technical support, please ensure that you have the product model number and purchase details available when seeking assistance. Our support team is trained to help with assembly guidance, maintenance tips, and troubleshooting common issues.

To maintain optimal performance, regularly check the wheelchair for any loose parts or wear and tear. Clean the frame with a damp cloth and avoid using harsh chemicals. The non-magnetic properties ensure compatibility with sensitive environments, but it is recommended to periodically inspect the wheels and brakes for safety.

We offer a range of services including repair, replacement of parts, and upgrades to enhance user experience. Warranty coverage details are provided with your product documentation. For any technical queries or service requests, please refer to the user manual included with your wheelchair or visit our official website for additional resources and FAQs.

Thank you for choosing our Non Magnetic Wheelchair. We are committed to providing you with reliable support and high-quality service to ensure your satisfaction and mobility needs are met.