# KL-MS019 Vacuum Stretcher — Emergency Immobilization Vacuum Mattress
Quick answer: The Keling KL-MS019 is a vacuum stretcher (vacuum mattress) for emergency patient immobilization, featuring multi-point color-coded straps, an air valve for fast vacuum extraction, a durable PVC body and a packing size of 800 × 880 × 800 mm, manufactured by Keling Medical (Keling Medical) for ambulance, rescue and hospital emergency teams.
Quick Facts
- The Keling KL-MS019 is a vacuum stretcher designed for full-body immobilization of trauma patients in emergency settings.
- Multiple color-coded straps with secure buckles keep the patient firmly in position during transport across varied terrain.
- A dedicated air valve enables fast, efficient air extraction to form and hold the rigid vacuum shape around the patient.
- The KL-MS019 body is constructed from heavy-duty PVC material rated for tough rescue conditions.
- Multiple carry handles are distributed around the perimeter for team lifting from any direction.
- Packing size of 800 × 880 × 800 mm makes the KL-MS019 compact and deployable from standard emergency vehicles.
Overview
The KL-MS019 vacuum stretcher provides full-body immobilization for trauma patients by conforming to the patient's shape and becoming rigid when air is extracted. This conforming action distributes support across the entire body contour — head, torso and limbs — reducing movement at the injury site during extrication and transport in ways that rigid boards cannot replicate for irregular or fractured anatomy. The result is a stretcher that simultaneously immobilizes, supports and transports, making it a primary tool in prehospital trauma care.
Multi-point securing straps in color-coded configuration allow responders to identify and apply each strap systematically, even under the pressure of a critical incident. The straps are positioned across the thorax, abdomen and lower limbs to prevent patient roll or slide during ambulance movement over uneven road surfaces. Once the vacuum is established via the purpose-built air valve, the mattress maintains its rigid shape without ongoing pumping.
Portability matches operational demands. The KL-MS019 packs down to 800 × 880 × 800 mm for stowage in ambulance compartments, helicopter medical kits or disaster response caches. The heavy-duty PVC construction resists puncture and contamination in field conditions, and the perimeter carry handles give extraction teams flexible options for lifting from any approach angle in confined or complex rescue environments.
Key Features
- Full-body vacuum immobilization — conforms to patient shape and becomes rigid on air extraction to immobilize head, torso and limbs simultaneously.
- Color-coded multi-point straps — color-coded straps with secure buckles provide systematic patient securing and prevent movement during transport.
- Air valve extraction — dedicated high-quality air valve enables fast and efficient vacuum formation and extraction.
- Durable PVC body — heavy-duty PVC material withstands tough rescue and outdoor conditions with long service life.
- Perimeter carry handles — multiple handles around the stretcher give responders flexible, balanced lifting options from any angle.
- Compact packing — packs to 800 × 880 × 800 mm for storage in standard ambulance, helicopter or rescue vehicle compartments.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | KL-MS019 |
| Product type | Vacuum stretcher (vacuum mattress) |
| Packing size | 800 × 880 × 800 mm |
| Body material | PVC (heavy-duty) |
| Patient securing | Multi-point color-coded straps with buckles |
| Air valve | Included for vacuum extraction |
| Carry handles | Multiple perimeter handles |
Specifications are subject to change; dimensional tolerances may apply. Contact Keling Medical for the latest datasheet.
Applications
The KL-MS019 vacuum stretcher is used in prehospital emergency response, ambulance transfer, helicopter medical evacuation, hospital emergency departments, radiology departments for immobile patient positioning and disaster relief operations. It is particularly suited to suspected spinal or multi-limb trauma, where a conforming full-body immobilizer outperforms flat rigid boards.
