Underwater Seal Drainage Bottle (Polymed)

The Polymed Underwater Seal Drainage Bottle is a sterile chest drainage system designed for the collection and monitoring of air, blood, and other fluids from the pleural cavity following thoracic surgery, chest trauma, or pneumothorax management. The underwater seal mechanism helps prevent the backflow of air into the pleural space, promoting safe and effective chest drainage.

 Key Features

• Reliable Underwater Seal System – Prevents backflow of air into the pleural cavity
• High-Quality Medical-Grade Construction – Durable and dependable for clinical use
• Clear Transparent Chamber – Enables easy observation and monitoring of drainage output
• Graduated Volume Markings – Allows accurate measurement of drained fluids
• Leak-Proof Design – Helps maintain system integrity and patient safety
• Compatible with Standard Chest Drainage Tubing – Easy integration into thoracic drainage procedures
• Sterile and Ready to Use – Supports infection control protocols

 Applications

• Chest tube drainage procedures
• Pneumothorax management
• Pleural effusion drainage
• Thoracic and cardiothoracic surgery
• Trauma and emergency care
• Intensive Care Units (ICU) and surgical wards

 Benefits

• Promotes safe evacuation of air and fluids from the pleural cavity
• Helps restore normal lung expansion
• Enables accurate monitoring of drainage volume
• Reduces the risk of air re-entry into the chest cavity
• Suitable for hospital, surgical, and critical care environments

 Product Specifications

• Product Type: Underwater seal chest drainage bottle
• Brand: Polymed
• Material: Medical-grade transparent plastic
• Sterility: Sterile, single-use
• Feature: Graduated measurement chamber
• Application: Thoracic and pleural drainage procedures

 Safety Information

• For use by trained healthcare professionals only
• Ensure proper setup and maintenance of the underwater seal level
• Monitor drainage output and system function regularly
• Maintain aseptic technique during use
• Dispose of used devices according to biomedical waste regulations