Teleflex Pleur-Evac Chest Drain Systems & Accessories

Teleflex Pleur-Evac Chest Drain Systems & Accessories are vital tools in managing pneumothorax, hemothorax, and post-surgical pleural drainage. These systems ensure improved patient safety and efficient drainage with their advanced technologies. Designed for versatility and reliability, they cater to both infants and adults, offering solutions for dry or wet suction and providing patient-specific options, such as continuous reinfusion and dual collection systems. The Pleur-Evac systems are designed with a user-friendly interface to simplify the setup and monitoring of drainage, crucial for healthcare professionals in critical care environments.


Built with latex-free materials, these devices are safe for use with patients who have latex sensitivities. The comprehensive range includes various catheters, connectors, and tubing options, suitable for a multitude of clinical requirements. These accessories, including right angle and straight thoracic catheters, allow for precise and efficient functionality tailored to the unique needs of different patient demographics.

• Versatile system offering both dry and wet suction settings to accommodate diverse medical needs.
• Latex-free construction being ideal for patients with allergies to latex.
• Includes dual collection systems suitable for continuous reinfusion needs.

• Used for draining air, blood, or fluid from the pleural space to restore normal breathing and lung expansion. Commonly used post-operatively in thoracic, cardiac, or trauma surgeries.

1. What is the difference between dry suction and wet suction chest drains?
Dry suction systems use a mechanical regulator to control suction with no fluid component, whereas wet suction involves using water to control suction pressure.

2. Are these systems suitable for pediatric patients?
Yes, the Pleur-Evac chest drain systems are available for both adult and pediatric patients.

3. How does the wet seal work in these systems?
The wet seal prevents air from re-entering the pleural space by maintaining a water barrier.