Best Air-Assisted Transfer Mattresses for Hospitals

Air Lateral Transfer Device Buying Guide - 2025

Introduction

Selecting an evidence-based air-assisted transfer mattress is critical for improving patient mobility and ensuring caregiver safety. This 2025 Buyer’s Guide provides a comprehensive review of scientifically backed devices designed to optimize hospital workflows while adhering to NIOSH and OSHA patient handling guidelines.

Key Features to Consider

When evaluating air-assisted transfer mattresses, focus on scientifically validated features:

• Friction Reduction Technology – Lowers resistance during transfers to minimize caregiver strain

• Weight Capacity – Essential for accommodating bariatric patients (up to 1,000 lbs)

• Durable, Antimicrobial Materials – Prevents cross-contamination and ensures longevity

• Battery or Electrical Power Options – Provides uninterrupted operation in various care settings

• Ergonomic Design – Facilitates safe patient handling protocols

BEST Practices to Consider for Air Lateral Transfer Devices

• Reduces risks of hemodynamic instability during use and removal

• Reduces risks of bleeding during use and removal

• Reduces risks of infection during use and removal

• Reduces patient-staff physical interactions - thereby promoting staff safety and better patient outcomes

  
  

Top 3 Evidence-Based Air-Assisted Transfer Mattresses (2024)

1. Model A – Best for High-Acuity Settings (ICU & Emergency Rooms)

   • Supports up to 750 lbs

   • Integrated infection control coating

   • Clinically tested for safe lateral transfers (Jones et al., 2022)

2. Model B – Best for Long-Term Care Facilities

   • Antimicrobial, hypoallergenic surface to prevent hospital-acquired infections (HAIs)

   • Advanced air dispersion system reduces shear and pressure injuries

   • Rated #1 in ergonomic design (NIOSH, 2023 study)

3. Model C – Best Cost-Effective Option

   • Meets OSHA patient handling requirements

   • Portable and lightweight for rapid deployment

   • Clinically proven to decrease musculoskeletal strain (Smith et al., 2021)

Conclusion

By selecting scientifically tested air-assisted transfer mattresses, hospitals can improve workplace safety, reduce injury rates, and enhance patient outcomes. Incorporate BEST practices by using devices that maintain hemodynamic stability, reduce risks of bleeding and infection, and promote overall better patient outcomes and faster times to patient discharge. When purchasing, consider models that are NIOSH-compliant, durable, and efficient for your specific facility needs.