The ICU Medical Pneupac Fiber-Optic Bronchoscope Swivel Adapter is an essential accessory for modern medical practices focused on respiratory assessments. Crafted with precision, this adapter fits seamlessly with fiber-optic bronchoscopes, ensuring a streamlined experience during bronchoscopic procedures. This 15mm dual-axis swivel adapter offers increased ergonomic functionality, making examination smoother and more efficient for healthcare professionals.

Designed with attention to detail, each adapter undergoes stringent quality checks to provide exceptional reliability. Its sterile packaging guarantees safety and hygiene, making it an ideal choice for critical medical procedures. The robust construction and innovative design enhance usability, establishing it as a trusted component in clinical settings. Whether it is for examination or detailed treatment, this swivel adapter stands as a symbol of quality and dependability.

Key Features:

• Compatible with all standard fiber-optic bronchoscopes for universal use.
• The dual-axis swivel feature provides increased maneuverability and precision.
• Manufactured from high-grade, medical-quality materials to ensure durability and reliability.
• Sterile packaging ensures free from contaminants for safe medical procedures.

Uses:

• The ICU Medical Pneupac Fiber-Optic Bronchoscope Swivel Adapter is designed for use in medical settings, particularly for procedures involving bronchoscopy. It allows seamless connection and alignment with bronchoscopes, enabling greater flexibility and efficiency during examination and treatments.

FAQs:

1. What is the diameter of this adapter?
The ICU Medical Pneupac Fiber-Optic Bronchoscope Swivel Adapter has a diameter of 15mm.

2. Is this product sterile?
Yes, this product is supplied in sterile packaging to ensure safety during medical procedures.

3. How is this product packaged?
This swivel adapter is packaged in cases containing 25 units each.

4. What is the unique feature of this swivel adapter?
Its dual-axis swivel feature allows enhanced precision and maneuverability during bronchoscopic procedures.