Baxter 0.9% Sodium Chloride Irrigation Solution | 3000mL Uromatic® Flex Bag
BAX-2B7127
Baxter
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RX License on File Required to Order
Detail
IV Solutions
The Baxter 0.9% Sodium Chloride Irrigation Solution in the 3000mL Uromatic® Flex Bag (2B7127) is a sterile, isotonic solution designed to support a wide array of irrigation needs in clinical and surgical environments. Its advanced Uromatic® Flex Bag design provides convenience, efficiency, and reliability, ensuring superior performance in demanding healthcare settings.
Key Features:
- Sterile and Nonpyrogenic:
Manufactured under stringent quality control to eliminate microbial contamination and pyrogens, ensuring the highest safety standards for patient care. - 0.9% Sodium Chloride Isotonic Solution:
- Mirrors the osmolarity of the body's natural fluids, making it safe for use on delicate tissues and organs.
- Ideal for maintaining electrolyte balance during irrigation procedures.
- Uromatic® Flex Bag Design:
- Optimized Flexibility: Constructed from durable, pliable material for easy handling and compatibility with various irrigation setups.
- High Capacity: The 3000mL volume reduces interruptions caused by frequent bag changes, particularly beneficial during extended procedures.
- Dual-Port Access: Features a user-friendly port system compatible with most standard irrigation equipment, enabling precise and efficient fluid delivery.
- Broad Clinical Applications:
- Surgical irrigation in operating rooms.
- Urological procedures requiring large volumes of isotonic fluid.
- Wound care and cleansing in acute and chronic settings.
- Instrumental irrigation for maintaining sterile operating environments.
Clinical Benefits:
- Consistent Performance: Provides steady and controlled fluid delivery to ensure optimal outcomes in irrigation procedures.
- Reduced Risk of Electrolyte Imbalances: The isotonic formula is gentle on tissues and minimizes complications associated with hypertonic or hypotonic solutions.
- Enhanced Workflow Efficiency: The 3000mL Uromatic® Flex Bag minimizes waste and simplifies procedural workflows.