3M Bair Hugger Forced‐Air Warming (FAW) Warming Unit [Pack of 1]

Maintain patient normothermia with the industry‐leading 3M Bair Hugger™ Forced‐Air Warming unit. Engineered for reliability, precision temperature control, and seamless integration with a full range of Bair Hugger™ warming blankets, this single‐use system combats perioperative hypothermia and supports better clinical outcomes.

Key Features & Benefits

• Precise Temperature Control

  • Digital Thermostat: Maintains set temperature within ±0.2 °C for consistent patient warming.

  • Automatic Warm‐Up & Standby Modes: Rapid heating to target temperature, and safe standby when not in active use to conserve energy.

• High‐Performance Airflow System

  • Quiet Operation: Advanced blower design delivers up to 62 L/min of warm air at low noise levels, preserving the sterile field and OR communication.

  • Uniform Air Distribution: Delivers even, gentle warmth via any compatible Bair Hugger™ blanket—minimizing cold spots and patient discomfort.

• Intuitive Interface & Safety Features

  • Touchscreen Display: Easy-to-read controls and real‐time temperature feedback streamline setup and adjustments.

  • Built‐In Alarms: Alerts for airflow obstruction, over‐temperature, or system errors to ensure patient safety.

• Versatile Compatibility

  • Blanket & Hose Integration: Works with the full line of 3M Bair Hugger™ patient warming blankets and multi‐position drapes via standardized quick‐connect fittings.

  • Mobile Cart & Wall Mount Options: Flexible installation to suit OR, ICU, or procedural suite layouts.

Clinical Applications

• Perioperative Warming: Prevents inadvertent hypothermia during general, orthopedic, cardiac, and vascular surgeries.

• Critical Care & Recovery: Provides continuous warming in PACU and ICU settings to support hemodynamic stability.

• Emergency & Trauma: Rapid deployment in trauma bays and emergency rooms for hypothermia prevention and resuscitation support.

• Interventional Procedures: Keeps patients warm during long‐duration catheterizations, imaging, and electrophysiology studies.