Single Use Frazier Suction 9fr 9cm Fenestrated Tip

The Single Use Frazier Suction 9Fr 9cm Fenestrated Tip is a precision-engineered surgical suction instrument widely used in ENT procedures where controlled fluid removal and tissue protection are essential. Designed for single-use application, it provides a safe, efficient, and contamination-free solution for modern operating room environments.

This instrument features a compact 9cm shaft, making it ideal for superficial and confined surgical fields where precise maneuverability is required. The short length allows surgeons to maintain excellent control during delicate procedures involving the nasal cavity, oral cavity, and other restricted anatomical spaces.

The 9Fr diameter provides a balanced suction capacity, enabling efficient removal of blood, mucus, and irrigation fluids while maintaining fine control. This makes it suitable for procedures where both precision and moderate suction strength are required, ensuring a consistently clear surgical field without damaging surrounding tissues.

The fenestrated tip design enhances suction performance by allowing regulated fluid intake through multiple openings. This helps prevent tissue occlusion at the suction port and ensures smoother, more consistent suction flow. The design improves visibility during surgery and reduces the risk of localized tissue trauma, especially in sensitive mucosal areas.

As a single-use sterile instrument, it eliminates the risk of cross-contamination and removes the need for cleaning and reprocessing. Each unit is individually packaged and pre-sterilized, ensuring immediate readiness for surgical use. This significantly improves workflow efficiency and supports strict infection control protocols in hospitals and surgical centers.

The lightweight and ergonomically balanced construction ensures comfortable handling during short and precision-focused procedures. Its smooth internal lumen allows uninterrupted suction flow, minimizing clogging and maintaining consistent performance throughout surgical use.

This instrument is commonly used in ENT surgeries such as tonsillectomies, nasal suctioning, minor sinus procedures, and other outpatient or emergency procedures requiring precise suction control. It is also suitable for microsurgical environments where accuracy and tissue safety are critical.

The Single Use Frazier Suction 9Fr 9cm Fenestrated Tip delivers a reliable combination of precision, safety, and efficiency, making it an essential tool in modern surgical practice.

Key Features

• Single-use sterile design for maximum infection control
• 9Fr diameter for balanced suction control
• 9cm compact length for precise superficial access
• Fenestrated tip for regulated suction flow
• Atraumatic design reduces tissue injury risk
• Pre-sterilized and ready for immediate use
• Ideal for ENT and microsurgical procedures
• Lightweight ergonomic design for better control
• Ensures clear surgical field visibility
• Smooth lumen for consistent suction performance
• Reduces risk of cross-contamination
• Suitable for delicate and outpatient procedures

Product Specifications

Applications

• ENT surgical procedures
• Tonsillectomy and minor nasal procedures
• Outpatient ENT suctioning
• Microsurgical fluid management
• Emergency surgical suction use
• Pediatric ENT procedures

FAQs

Q1: What is the Single Use Frazier Suction 9Fr 9cm used for?
It is used for precise suction of fluids and debris in ENT and microsurgical procedures.

Q2: What is the advantage of a fenestrated tip?
It allows controlled suction flow and reduces tissue blockage at the suction opening.

Q3: Is this instrument reusable?
No, it is a single-use sterile instrument designed for one-time use only.

Q4: What does 9Fr indicate?
9Fr refers to the diameter size, providing balanced suction strength and precision.

Q5: In which procedures is it commonly used?
It is commonly used in ENT surgeries, minor nasal procedures, and outpatient surgical settings.

Q6: Why is single-use important?
It eliminates cross-contamination risk and ensures maximum patient safety.