The design of this stretcher mainly considers lifting the injured person to prevent them from being squeezed and causing secondary injury.
Adopts high quality and durable TPU material. Filled with harmless EPS particulate material.
The stretcher is molded according to the human body shape, and it can be used in X-rays and CT scan.
Paramedic can use an air pump to generate vacuum and negative pressure to adjust the softness and hardness of the stretcher according to the severity of the injury, which is simple and fast.
The stretcher is designed with light weight. It is foldable after deflation and it’s easy to carry.
XieHe presents the XH-T03 Pelvic Sling, an essential pelvic sling designed for trauma stabilization and rapid deployment in prehospital and hospital settings. The XH-T03 Pelvic Sling is an emergency medical device engineered to provide immediate pelvic support sling functionality, ensuring secure immobilization and hemorrhage control for patients with suspected pelvic fractures. Built by a company with CE, FDA, and ISO 13485-certified production capabilities, the XH-T03 Pelvic Sling embodies XieHe’s commitment to high-quality emergency medical devices that meet rigorous global standards
Product Overview and Purpose
The XH-T03 Pelvic Sling is a purpose-built pelvic sling intended for emergency use by first responders, paramedics, trauma teams, and emergency departments. As a trauma stabilization aid and emergency medical device, the pelvic sling supports the pelvis, reduces pelvic volume, and helps control life-threatening hemorrhage associated with unstable pelvic fractures
Key Features
- Rapid Application: The pelvic sling features clearly labeled, color-coded straps and a simple buckle system designed to enable a single responder to apply effective pelvic support sling therapy within seconds. Quick application is critical in trauma stabilization
Applications and Use Cases
The XH-T03 Pelvic Sling is intended for a broad range of clinical and emergency scenarios where pelvic stabilization is necessary:
- Prehospital Trauma Care: Paramedics and first responders use the pelvic sling at the scene of motor vehicle collisions, falls from height, crush injuries, and other incidents where pelvic fractures are suspected
Innovative Design Elements
XieHe’s XH-T03 Pelvic Sling integrates several innovations that enhance its utility as a pelvic support sling and emergency medical device:
Technical Advantages and Performance
The XH-T03 Pelvic Sling offers measurable benefits that make it an effective emergency medical device for trauma stabilization
- Hemorrhage Control Support: By reducing pelvic volume and stabilizing the pelvic ring, the pelvic sling contributes to decreased pelvic hemorrhage and improved hemodynamic management during the critical early phase of care
- Rapid, Single-Operator Application: With straightforward fastening and tensioning, the pelvic sling empowers a single clinician to securely stabilize a patient’s pelvis, enhancing efficiency in time-sensitive scenarios
Training, Compliance, and Quality Assurance
XieHe supports clinical adoption of the XH-T03 Pelvic Sling with clear user instructions and training resources emphasizing proper application techniques for pelvic stabilization. All production adheres to CE, FDA, and ISO 13485 standards, ensuring consistent manufacturing quality for this emergency medical device
Why Choose the XH-T03 Pelvic Sling
Emergency medical providers choose the XH-T03 Pelvic Sling because it is a purpose-designed pelvic support sling that addresses the unique demands of trauma stabilization
The outer shell of the YXH-7D is made from durable TPU, a material chosen for its flexibility, tear resistance, and ability to withstand repeated use. TPU is also resistant to moisture and many common chemicals, which makes the stretcher suitable for use in pre-hospital environments, hospitals, and disaster response settings. Inside the shell, the stretcher is filled with harmless EPS particulate material. These small particles allow the stretcher to remain soft and pliable when air is present, so it can be molded around the patient. When air is removed, the particles lock together and the stretcher becomes rigid. The surface of the stretcher is molded according to the human body shape. This contoured design helps to support the head, torso, pelvis, and legs in a more natural position, reducing the chance of localized pressure points during transport. The material is also radiolucent, meaning it does not interfere with X-ray or CT imaging. This allows medical staff to obtain diagnostic images while the patient remains on the stretcher, which can reduce movement and save time in emergency situations.
Technical Data
| Model: | YXH-7D |
| Product Size (length x width top x middle x bottom): | 198 x 68 x 88 x 70 cm |
| Packing Size (1 pc): | 88 x 47 x 29 cm |
| Load Bearing: | ≤159 kg |
| Net Weight (1 pc): | 9 kg |
| Gross Weight: | 10 kg |
The YXH-7D is designed with light weight in mind. At 9 kg net weight, it is manageable for a single operator to carry and position, although two operators are recommended when lifting a patient. The stretcher is foldable after deflation, which makes it compact for storage and transport. When folded, it fits into the supplied carry bag, allowing it to be stored in ambulances, emergency response vehicles, or hospital storage rooms without taking up excessive space. The stretcher is equipped with four handles on both sides. These handles allow multiple rescuers to lift and carry the patient in a coordinated way, which is important when the patient must be kept stable. The handles are positioned to provide balanced support and to make it easier to move the stretcher through doorways, corridors, and other confined spaces. The vacuum system is controlled by an air pump. By using the pump to create negative pressure, the paramedic can adjust the softness and hardness of the stretcher according to the severity of the injury. This process is simple and fast, and it can be repeated if the patient needs to be repositioned or if the stretcher needs to be re-molded. The valve system is designed for reliable operation, and the vacuum can be maintained for an extended period during transport.
The operation of the YXH-7D is straightforward. Before placing the patient on the stretcher, the caregiver ensures that the stretcher is soft and flexible. The patient is then positioned on the stretcher, and the shell is molded around the body by hand to achieve a close fit. Once the desired shape is achieved, the air pump is connected to the valve and the air is evacuated. As the air is removed, the EPS particles lock together, and the stretcher becomes firm. The valve is then closed to maintain the vacuum. If the stretcher needs to be adjusted, the valve can be opened to allow air back in, and the process can be repeated. The foot pump supplied with the stretcher is designed for ease of use, allowing the caregiver to generate vacuum without needing an external power source. The carry bag makes it easy to store and transport the folded stretcher. The standard configuration includes one vacuum immobilization stretcher, one foot pump, and one carry bag.
The YXH-7D is suitable for a range of medical and rescue applications. In pre-hospital emergency care, it can be used to immobilize and transport patients with suspected spinal injuries, fractures, or multiple trauma. The ability to adjust firmness allows caregivers to balance support and comfort based on the patient’s condition. In hospital emergency departments, the stretcher can be used for temporary immobilization while awaiting diagnosis or surgery. Because it is radiolucent, it can remain under the patient during X-ray or CT scans, reducing the need for transfers. In disaster response and mass casualty incidents, the lightweight and foldable design allows multiple stretchers to be stored and deployed quickly. The stretcher can also be used in sports medicine, where it provides a stable surface for moving injured athletes, and in military or field operations, where portability and durability are important. The YXH-7D is not intended to replace a backboard or a rigid stretcher in every situation, but it offers a practical option when a conforming, vacuum-controlled support surface is needed.
The YXH-7D offers a practical combination of portability, patient comfort, and imaging compatibility. Its TPU shell and EPS filling provide a soft surface that can be molded to the patient and then hardened for transport. The vacuum system allows the firmness to be adjusted according to the injury, and the radiolucent material supports X-ray and CT imaging without removing the patient. The stretcher is lightweight, foldable, and supplied with a foot pump and carry bag, making it easy to store and deploy. With over two decades of medical device production experience and CE, FDA, and ISO 13485 certifications, Xiehe Medical provides a vacuum stretcher designed for reliable use in emergency and clinical environments. For more product information, sample requests, or partnership inquiries, please contact the Xiehe Medical sales team.
The design of this stretcher mainly considers lifting the injured person to prevent them from being squeezed and causing secondary injury.
Adopts high quality and durable TPU material. Filled with harmless EPS particulate material.
The stretcher is molded according to the human body shape, and it can be used in X-rays and CT scan.
Paramedic can use an air pump to generate vacuum and negative pressure to adjust the softness and hardness of the stretcher according to the severity of the injury, which is simple and fast.
The stretcher is designed with light weight. It is foldable after deflation and it’s easy to carry.
XIEHE MEDICAL stands behind every product with a 1-year warranty against material and workmanship defects, plus lifetime supply of all replacement parts at factory cost. Our multilingual support team is available 24/7 via email to assist with maintenance and repairs, ensuring your equipment stays operational and your technicians are never left without support.
Backed by internationally recognized manufacturing standards and an unwavering commitment to quality, we help our customers minimize procurement risk and buy with confidence.
Our entire 10,000m² manufacturing facility operates under the stringent ISO 13485 standard, ensuring consistent, high-quality production for every medical device that leaves our factory.
From stretchers to first aid supplies, every product we offer is CE certified and FDA registered, with market access clearances in the EU, Russia, Panama, Chile, Egypt, Kazakhstan, UAE, Algeria, Saudi Arabia, Thailand, and more — giving you confidence in global regulatory compliance.
Factory direct, direct shipment, direct price, direct QC, with 10,000 square meters factory and over 200 employees work in shift, we provide punctual delivery time.
Since 2005, XIEHE MEDICAL products have served a wide range of medical institutions and professional rescue organizations worldwide, earning broad international trust. Backed by reliable quality and consistent delivery performance, XIEHE MEDICAL has successfully secured multiple large-scale government tenders.
EN
