PACU Blankets
Bair Hugger therapy is as much at home postoperatively as it is in the operating room. A wide range of blanket styles gives you optimum flexibility to treat virtually any patient.
The Bair Hugger Postoperative Care blankets feature:
- Patented blanket designs that provide even heat distribution
- Durable and flexible materials that provide the ability to warm patients in various positions
- Non-inflated foot drapes guard against thermal injury to the heat-sensitive foot and lower legs
Full Body Blanket - Model 300

Provides coverage to the entire patient.
- Facilitates maximum thermal transfer with a blanket that hugs the patient
- Foot drape minimizes the risk of thermal injury to the feet and lower leg area
- Integrated tuck flaps at shoulders help maintain blanket position
- Soft, comfortable, lightweight, latex-free material
Chest Access Blanket - Model 305

Designed specifically for the postoperative warming of thoracic surgery patients.
- Chest drape retains warmth while providing clear, easy observation of the chest area
- Foot drape minimizes risk of thermal injury to the feet and lower leg area
- Soft, comfortable, lightweight, latex-free material
Pediatric Full Body Blanket - Model 310

A smaller version of the adult-size Full Body blanket (model 300), which provides warmth to smaller patients during recovery.
- Facilitates maximum thermal transfer with a blanket that hugs the patient
- Foot drape minimizes risk of thermal injury to the feet and lower leg area
- Soft, comfortable, lightweight, latex-free material
Multi-Access Blanket - Model 315

Offers access to any part of the patient's body while providing full patient coverage.
- Facilitates maximum thermal transfer with a blanket that hugs the patient
- Six convenient panels allow quick access to the patient's chest, arms, torso, and lower body
- Foot drape minimizes risk of thermal injury to the feet and lower leg area
- Integrated tuck flaps at the shoulders help maintain blanket position
- Soft, comfortable, lightweight, latex-free material