YHR-A10

Key Features

✅ Dual-Material Construction (Aluminum Alloy + Stainless Steel)
Combines high-strength aluminum alloy (for lightweight maneuverability) and stainless steel (for critical structural reinforcement) to deliver a balance of durability and ease of use. The hybrid design resists corrosion, impact, and wear, ensuring long-term reliability in harsh emergency conditions while remaining manageable for single-person operation.
✅ Built-In Spine Board Storage Space
Exclusive bottom storage compartment for spine boards—eliminating the need to carry or store spine boards separately. This integrated design saves space in ambulances, speeds up trauma response (spine boards are instantly accessible), and reduces the risk of equipment loss or damage during transit.
✅ 4-Position Multi-Level Adjustment
Equipped with 4 preset height positions, adjustable via dual-side handles. Users can quickly switch between levels to adapt to ambulance decks, hospital beds, examination tables, or ground rescue scenarios—no tools required, enhancing operational flexibility for diverse clinical needs.
✅ Gas Spring-Powered Backrest (0–65°)
The backrest features a smooth gas spring mechanism, enabling precise angle adjustment from 0° (fully reclined) to 65° (semi-upright). This allows medical staff to position patients for airway management, trauma care, or comfort during transport, with secure locking to maintain stability.
✅ Single-Trained-Person Operation
Engineered for solo use by trained personnel: dual-side handles for height adjustment, intuitive gas spring backrest control, and balanced frame design make it easy to load, adjust, and transport patients into ambulances independently. This saves manpower, speeds up emergency response, and is ideal for scenarios with limited staff.
✅ 180kg Heavy-Duty Load Capacity
Reinforced frame construction supports up to 180kg, safely accommodating most patient weights—including those with medical equipment or trauma immobilization devices. The dual-material structure ensures structural integrity even at maximum load, preventing deformation or instability.
✅ Clinical-Grade Hygiene & Easy Maintenance
Stainless steel and aluminum alloy surfaces are non-porous, resistant to bodily fluids, and compatible with standard medical disinfectants. The smooth, easy-to-clean design supports strict infection control protocols, while the durable materials require minimal maintenance for long-term use.

Why Choose YHR-A10 Ambulance Stretcher?

1. Built-In Spine Board Storage – Trauma Care Game-Changer

Unlike standard stretchers that require separate spine board transport, the YHR-A10’s dedicated bottom storage keeps spine boards instantly accessible. This cuts trauma response time, eliminates equipment clutter in ambulances, and ensures critical immobilization tools are always on hand—essential for spinal injury cases.

2. Dual-Material Durability – No Compromises on Strength or Maneuverability

Aluminum alloy reduces weight for easy single-person operation, while stainless steel reinforces high-stress areas (e.g., frame joints, storage compartment) for long-term durability. This hybrid design outperforms all-aluminum stretchers in structural rigidity and all-steel models in maneuverability.

3. 4-Position Adjustment – Adapt to Every Clinical Scenario

The 4 preset height positions eliminate guesswork, enabling quick alignment with ambulance decks (high position), hospital beds (mid positions), or ground rescue (low position). This versatility reduces patient movement during transfer, lowering the risk of secondary injury and improving workflow efficiency.

4. Single-Trained-Person Operation – Maximize Emergency Efficiency

In time-sensitive emergencies, the YHR-A10’s solo-operation design lets one trained staff member handle loading, adjustment, and transport. This is critical for understaffed EMS teams, remote rescue scenarios, or mass casualty incidents where every personnel resource counts.

5. Gas Spring Backrest – Effortless Clinical Positioning

The gas spring mechanism requires minimal force to adjust the backrest, reducing staff fatigue during repeated use. Medical teams can quickly reposition patients for CPR, tracheal intubation, or comfort without straining—improving care quality and reducing workplace injury risk.

6. Clinical Hygiene & Low Maintenance

Stainless steel and aluminum alloy surfaces are resistant to corrosion, stains, and disinfectants. The easy-to-clean design supports strict infection control protocols, while the durable materials reduce maintenance costs and ensure consistent performance in high-frequency use.

7. Versatile Application Across Medical Settings

Ideal for ambulances (space-saving spine board storage), hospitals (multi-height bed docking), and emergency centers (trauma care compatibility). Its multi-functional design eliminates the need for specialized stretchers, reducing equipment costs and streamlining inventory.

Applications

• Ambulance emergency transport (trauma care with built-in spine board storage)
• Hospital ward to OR/ICU/ER transfers (4-position height adaptation)
• Pre-hospital trauma rescue (spinal injury immobilization support)
• Emergency center patient movement (single-person operation efficiency)
• Clinic and urgent care trauma handling
• Disaster response and mass casualty incident management