3M™ Bair Hugger™ Multi-position Upper Body Warming Blanket, Model 622

Highlights Single-use, upper body forced-air warming blanket with excellent heat transfer Can be used in supine, prone, lithotomy, lateral, robotics and beach chair patient positions Multi-position blanket offers optimal patient body surface coverage(1) and fast and easy application in multiple surgical configurations Consists of a soft, conformable, lightweight material with natural dry rubber latex not present as a material of construction Perforations across the blanket deliver uniform convective warming Consistent and even perforations across the entire blanket ensure uniform convective warming Helps maintain normothermia, which has been shown to reduce the rate of complications such as including surgical site infection (SSI) (2,3) Attached clear head drape retains warm air around the intubated patient’s head and allows observation by the clinician To provide safe, effective and consistent forced-air warming for your patients, use the 3M™ Bair Hugger™ Multi-Position Upper Body Warming Blanket, 62200 with the 3M™ Bair Hugger™ Warming Unit 675 of 775

Q1: What is the 3M™ Bair Hugger™ 622 used for? A1: It is a single-use, forced-air warming blanket designed for maintaining patient normothermia during surgery in various positions including supine, prone, lithotomy, lateral, and beach chair. Q2: What warming unit is compatible with this blanket? A2: It is compatible with 3M™ Bair Hugger™ Warming Units 675 and 775. Q3: Does it contain natural rubber latex? A3: No, it is made from soft, conformable material and does not contain natural rubber latex. Q4: How does it deliver heat? A4: The blanket has consistent and even perforations across its surface that ensure uniform convective heat distribution. Q5: What clinical benefits does it offer? A5: It helps maintain patient normothermia, which is shown to reduce risks such as surgical site infections (SSIs). Q6: Does it have a head drape? A6: Yes, it includes a clear head drape that retains warm air around the patient's head while allowing clinician visibility.