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Protección contra la radiación nuclear
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Detector de la radiación nuclear
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El proteger de cobre de la hoja
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El RF protegió puertas
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El RF protegió Windows
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Vidrio de ventaja de la protección contra la radiación
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Equipo de herramienta no magnético
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El RF protegió la cámara
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Salidas de aire de la guía de onda del panal
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Cinta de cobre adhesiva conductora
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Malla de alambre de cobre
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Vidrio de plomo de rayos X
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EMI Shielding Gasket
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Tela eléctricamente conductora
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Puerta de la protección contra la radiación
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Protección contra la radiación X Ray
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Jaula MRI de Faraday
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Lanas del alambre de cobre
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Iluminación de MRI LED
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Silla de ruedas no magnética
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Ensanchador no magnético
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AnecdotariosEl respiradero de cobre amarillo del panal parece muy bonito -
SatheeshLas puertas de MRI/RF están brillando con las manijas, gracias mi amigo.
Foldable Non Magnetic Stretcher No Wheels Suitable for MRI Compatible Patient Transport Lightweight Foldable and Durable
| Appplication | MRI Room | Foldable | Yes |
|---|---|---|---|
| Surface | Non-slip Surface | Lead Time | En Stock ASAP |
| Safetystraps | 3 Adjustable Safety Straps | Max Load | 240 Kg |
| Material | Non-magnetic Aluminum Alloy | Net Weight | 37.5 Kg |
Product Description:
The Non Magnetic Transport Stretcher is a specialized medical device designed to meet the unique demands of environments where magnetic interference must be strictly avoided. Engineered with precision and safety in mind, this stretcher is ideal for use in MRI suites and other magnetic-sensitive areas, ensuring the safe and efficient transport of patients without compromising the integrity of sensitive medical equipment.
One of the standout features of this Non Magnetic Medical Stretcher is its non-slip surface. The stretcher’s surface is carefully crafted to provide excellent grip, preventing patients from slipping or sliding during transport. This non-slip attribute enhances patient safety and comfort, making it a reliable choice for healthcare professionals who prioritize secure patient handling in critical situations. The textured surface also facilitates easy cleaning and maintenance, contributing to a hygienic environment.
Unlike many conventional stretchers, the Non Magnetic Transport Stretcher does not come equipped with wheels. This design choice is intentional to eliminate any potential magnetic components that could interfere with MRI machines or other sensitive diagnostic tools. The absence of wheels makes this stretcher exceptionally stable, preventing unwanted movement during patient transfer and ensuring a steady and controlled process. While it requires manual lifting and carrying, its lightweight construction and ergonomic design make it manageable for trained medical staff.
Another key advantage of this stretcher is its foldable design. The foldable feature allows for easy storage and transportation when the stretcher is not in use. Healthcare facilities with limited space will find this attribute particularly beneficial, as the stretcher can be conveniently folded and stored away without occupying much room. Additionally, the foldability enhances portability, making it suitable for emergency situations or mobile medical units where space and quick deployment are critical.
When it comes to availability, the Non Magnetic Transport Stretcher is ready for immediate delivery with a lead time marked as “En Stock ASAP.” This ensures that healthcare providers can quickly procure the stretcher and integrate it into their operations without delay. The prompt availability is crucial in medical environments that demand rapid response times and uninterrupted patient care.
The usage scope of this Non Magnetic Medical Stretcher is specifically tailored for MRI and other magnetic-sensitive environments. In such settings, even minimal magnetic interference can cause significant disruptions, potentially affecting diagnostic accuracy or damaging equipment. This stretcher eliminates that risk by being entirely free of magnetic materials, making it a trusted tool for radiology departments, specialized clinics, and hospital units where magnetic safety is paramount.
In summary, the Non Magnetic Transport Stretcher is a highly functional, safe, and practical solution for patient transport in magnetically sensitive medical environments. Its non-slip surface ensures patient stability, while the absence of wheels guarantees magnetic compatibility and stability during transfers. The foldable design enhances convenience and storage efficiency, and the immediate availability means healthcare providers can rely on rapid procurement. For medical professionals seeking a reliable stretcher that meets stringent magnetic safety standards without compromising on usability, this Non Magnetic Transport Stretcher represents an excellent investment in patient safety and operational efficiency.
Features:
- Product Name: Non Magnetic Medical Stretcher
- Net Weight: 37.5 Kg
- Waterproof design for reliable use in various conditions
- Maximum Load Capacity: 240 Kg
- Weight Capacity: 200 Kg
- Lightweight and durable Non Magnetic Portable Stretcher
- Ideal for medical environments requiring non magnetic equipment
Applications:
The Jovi Non Magnetic Portable Stretcher, model number 1-cff-09, is specifically designed for use in sensitive medical environments such as MRI rooms. Manufactured in China, this stretcher combines advanced materials and thoughtful design to meet the stringent requirements of magnetic resonance imaging procedures. Its construction from non-magnetic aluminum alloy ensures that it poses no interference with MRI machines, making it an essential tool in radiology departments and other diagnostic imaging settings.
One of the primary application occasions for the Jovi Non Magnetic Medical Stretcher is patient transportation within MRI suites. The stretcher’s non-slip surface guarantees patient safety during transfers, reducing the risk of accidental slips or falls. With a maximum load capacity of 240 kg and a weight capacity of 200 kg, it accommodates a wide range of patient sizes, supporting the safe and comfortable movement of patients who require imaging without compromising the integrity of the MRI environment.
The portability of this Non Magnetic Portable Stretcher makes it ideal for various hospital scenarios beyond the MRI room. Its lightweight yet durable aluminum alloy frame allows medical personnel to easily maneuver it through narrow hallways and confined spaces, facilitating swift and efficient patient handling. This feature is particularly valuable in emergency situations where time and safety are critical. Additionally, the stretcher’s design is optimized for easy cleaning and maintenance, meeting the hygiene standards demanded in medical facilities.
In summary, the Jovi Non Magnetic Portable Stretcher is indispensable in clinical settings where MRI compatibility is crucial. Its non-magnetic construction, combined with a robust weight capacity and non-slip surface, ensures safe, reliable patient transport in MRI rooms and other sensitive areas. Whether used for routine imaging procedures or emergency patient transfers, this Non Magnetic Medical Stretcher provides healthcare professionals with a dependable, high-quality solution tailored to the unique challenges of magnetic resonance environments.
Support and Services:
Our Non Magnetic Stretcher is designed to provide safe and efficient patient transport in environments where magnetic interference must be minimized. For technical support, please refer to the user manual included with the product, which offers detailed instructions on assembly, usage, and maintenance.
We recommend regular inspection of the stretcher's components to ensure optimal performance and safety. Clean the stretcher using non-abrasive, non-magnetic cleaning agents to maintain its integrity and hygiene standards.
Should you encounter any issues or require replacement parts, our technical support team is available to assist with troubleshooting and service guidance. We also offer maintenance services to keep your Non Magnetic Stretcher in excellent working condition.
For optimal performance, always follow the specified weight limits and operational guidelines. Proper training of personnel in the use of the stretcher is essential to ensure patient safety and equipment longevity.

