Halyard Aero Blue AAMI Level 3 Performance Surgical Gown, Blue With Raglan Sleeve, XXX-Large, 26/Case

Aero Blue AAMI Level 3 Performance Surgical Gown, Blue With Raglan Sleeve, XXX-Large, 26/Case

The Aero Blue AAMI Level 3 Performance Surgical Gown in XXX-Large size is designed to provide exceptional barrier protection and comfort for healthcare professionals. This case includes 26 sterile gowns that feature a raglan sleeve cuff and standard length, offering ease of movement and comprehensive coverage. The distinctive blue color with raglan sleeves and green neck binding enhances visibility and differentiates the gown from others. The hook & loop closure ensures a secure fit, and the sterile design meets rigorous hygiene standards. Crafted with quality and safety in mind, these surgical gowns are suitable for a range of medical procedures and ensure optimal performance.

Specification:

• Manufacturer Code: 41736
• Brand: Aero Blue
• Color/Pattern: Blue with raglan sleeve
• Packaging: Case of 26 gowns
• Size: XXX-Large
• Sterility Not Guaranteed
• Not for Human Use
• Expired Product

Features:

• Enhanced Barrier Protection: The Aero Blue Surgical Gown is classified as AAMI Level 3, offering reliable barrier protection for various medical procedures.
• Raglan Sleeve Cuff: Designed with a raglan sleeve cuff, these gowns prioritize flexibility and ease of movement, ensuring comfort during extended wear.
• Standard Length: The standard gown length provides comprehensive coverage, making these gowns suitable for a variety of healthcare settings.
• High Visibility Design: The distinctive blue color with raglan sleeves and green neck binding enhances visibility and differentiation from other gowns.
• Secure Fit: The hook & loop closure ensures a secure fit, allowing healthcare professionals to work with confidence.
• Sterile and Hygienic: Each gown is individually sterile, meeting strict hygiene standards to ensure patient safety.
• Versatile Performance: Suitable for a range of medical procedures, these gowns are crafted for optimal performance and reliability.