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Universal Flex2® Anesthesia Breathing Circuit Coaxial Tube 60 Inch Tube Single Limb Pediatric 1 Liter Bag Single Patient Use
- Designed for pediatric use, ensuring optimal fit and comfort during anesthesia.
- 60-inch coaxial tube provides flexibility and ease of movement for healthcare professionals.
- Single limb design minimizes resistance, enhancing patient ventilation efficiency.
- Includes a 1-liter bag for effective resuscitation and ventilation support.
- Single patient use ensures hygiene and reduces the risk of cross-contamination.
- Compatible with various respiratory and airway devices for versatile applications.
- Ideal for use in ventilation and resuscitation scenarios, meeting clinical standards.
- Designed for pediatric use, ensuring optimal fit and comfort during anesthesia.
- 60-inch coaxial tube provides flexibility and ease of movement for healthcare professionals.
- Single limb design minimizes resistance, enhancing patient ventilation efficiency.
- Includes a 1-liter bag for effective resuscitation and ventilation support.
- Single patient use ensures hygiene and reduces the risk of cross-contamination.
- Compatible with various respiratory and airway devices for versatile applications.
- Ideal for use in ventilation and resuscitation scenarios, meeting clinical standards.
$153.44
Original: $511.45
-70%Universal Flex2® Anesthesia Breathing Circuit Coaxial Tube 60 Inch Tube Single Limb Pediatric 1 Liter Bag Single Patient Use—
$511.45
$153.44Description
- Designed for pediatric use, ensuring optimal fit and comfort during anesthesia.
- 60-inch coaxial tube provides flexibility and ease of movement for healthcare professionals.
- Single limb design minimizes resistance, enhancing patient ventilation efficiency.
- Includes a 1-liter bag for effective resuscitation and ventilation support.
- Single patient use ensures hygiene and reduces the risk of cross-contamination.
- Compatible with various respiratory and airway devices for versatile applications.
- Ideal for use in ventilation and resuscitation scenarios, meeting clinical standards.
