Experience C-core Medical, Inc 26x15" Sterile Utility Drape Non-fenestrated - Ccn60021 Set [uQ3N4nAU]

26x15" Sterile Utility Drape - C-Core Medical, Inc.

Experience the highest standard of surgical drape protection with C-Core Medical, Inc.'s 26x15" Sterile Utility Drape. Designed for optimal coverage and convenience, this drape is a must-have for any surgical or medical procedure. Its non-fenestrated design ensures complete sterility and ease of use, making it a reliable choice for healthcare professionals.

• Adhesive Backing: The adhesive backing ensures a secure fit, reducing the risk of slippage and maintaining the integrity of the sterile field.
• Color: Available in a professional blue, this drape provides a clean, hygienic appearance that is visually appealing in any medical environment.

Product Specifications and Features

The C-Core Medical, Inc. 26x15" Sterile Utility Drape is engineered with precision and attention to detail. It is made without natural rubber latex, making it suitable for patients with latex allergies. With dimensions of 26x15 inches, this drape offers ample coverage for a variety of procedures. Each case contains 144 drape sheets, ensuring a convenient and cost-effective supply.

• Dimensions: 26x15 inches, providing ample coverage for a range of surgical procedures.
• Latex-Free: Not made with natural rubber latex to accommodate patients with allergies.

Practical Applications and Benefits

The 26x15" Sterile Utility Drape from C-Core Medical, Inc. is not just a product; it's a vital tool for maintaining a sterile environment during medical procedures. Its sterile, non-fenestrated design is perfect for operations that require a high level of hygiene and sterility. This drape is ideal for hospitals, clinics, and private practices, ensuring that every procedure is conducted with the utmost care and professionalism.

• Practical Use: Ideal for a wide range of surgical procedures, from minor to major, in various healthcare settings.
• Benefits: Reduces the risk of contamination, promotes patient safety, and enhances the overall efficiency of surgical processes.