2 x Polymed Polyvac Closed Wound Suction Unit 800mL, 12FG

Description:

Polymed Polyvac Closed Wound Suction Unit is specifically designed for effective post-operative wound drainage under negative pressure. This advanced system allows for the simultaneous operation of one or two catheters, making it versatile for various surgical procedures. Constructed from medical-grade materials, the Polyvac unit ensures safe and efficient exudate removal, promoting faster and cleaner healing of surgical wounds. Its innovative design minimizes the risk of infection, providing an optimal environment for patient recovery.

Key Features:

• Dual Catheter Capability: Designed to operate one or two catheters simultaneously, offering flexibility in post-operative care.
• Graduated Bellow Chamber: Clear, graduated chamber for precise measurement and monitoring of fluid output.
• Closed System Design: Reduces the risk of infection by preventing external contamination.
• Medical-Grade Materials: Made from biocompatible, latex-free materials to ensure patient safety and comfort.
• Easy-to-Use: Ergonomically designed for straightforward setup and operation, enhancing efficiency in clinical settings.
• Sterile Packaging: Ensures maximum hygiene and safety upon use.

Benefits:

• Enhanced Healing: Provides consistent negative pressure for effective wound drainage, reducing the risk of post-operative complications such as hematomas and seromas.
• Infection Control: The closed system design significantly lowers the risk of infection, ensuring a sterile healing environment.
• Accurate Monitoring: The graduated bellow chamber allows for precise monitoring of fluid output, aiding in effective patient management.
• Versatile Application: Suitable for a wide range of surgical procedures, with the ability to operate one or two catheters simultaneously for different wound types.
• Patient Comfort: Constructed from soft, biocompatible materials that minimize irritation and enhance patient comfort.
• Ease of Use: Intuitive design simplifies setup and operation, reducing the workload for healthcare professionals and ensuring efficient use in clinical environments.