- Condition: Factory New
- Warranty: Lifetime
-
Learn more:
- MFR: Sklar Ships from Manufacturer
- MPN: 50-2007
- Phone: (610) 756-7863
Frequently asked questions
Is this suction tube designed for precise surgical work?
Yes, this Sklar Frazier Suction Tube features a thin design specifically engineered for surgical precision in confined spaces like nasal, cervical, and intracranial surgical sites.
Can the suction flow be easily controlled?
Absolutely. The instrument’s handle includes a small hole for precise, controlled regulation of the suction flow during procedures.
Is this surgical instrument durable for repeated use?
Yes, it is. This suction tube is made from stainless steel, indicating its durability and suitability for repeated sterilization and use in various surgical settings.
What if tissue gets trapped during aspiration?
This model includes an anti-occlusion feature: a thin wire that can be inserted through the tube to clear any trapped tissue obstructions during aspiration, ensuring continuous function.
Is the suction tube compliant with TAA regulations?
Yes, this Sklar Frazier Suction Tube is TAA compliant, meeting specific government procurement requirements.
Does this product contain natural rubber latex?
No, this suction tube is not made with natural rubber latex, making it suitable for patients and staff with latex sensitivities.
What is the specific size of this suction tube?
This specific model of the Sklar Frazier Suction Tube is 7 French in size, with a 30-degree angled tip for precise access.
What is the overall length of the instrument?
The overall length of the Sklar Frazier Suction Tube is 7-1/2 inches, providing ample reach for various surgical applications.
Is the tube sterile upon delivery?
No, the Sklar Frazier Suction Tube is non-sterile upon delivery and will require sterilization before its first use.
What kind of procedures is this suction tube best for?
This suction tube is ideal for precision aspiration in neurosurgery, otolaryngology (ENT), and other procedures requiring minimally invasive access and controlled fluid management in delicate tissues.