- Condition: Factory New
- Warranty: Not Available
- Weight: 2.0 lb
- Compatible with all smoke evacuators with a 1/4" port
- Diameter: 1/4"
- Length: 12"
- Smooth bore inner surface maximizes flow rates and minimizes noise levels
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Learn more:
- MFR: CLS-Surgimedics Ships from MFI Medical
- MPN: 905060-000
- Phone: (800) 293-9341
Frequently asked questions
Is this medical tubing sterile?
No, the Surgimedics 1/4” x 12” Medical Tubing is non-sterile.
What size port is this tubing compatible with?
This tubing is compatible with smoke evacuators featuring a 1/4” port.
How many units of medical tubing are included in each box?
Each box contains 10 units of the Surgimedics Non-Sterile 1/4” x 12” Medical Tubing with Prefilter Adapter.
Does this tubing come with a wand?
No, a wand is not included with this medical tubing.
What type of smoke evacuators is this tubing compatible with?
The Surgimedics Non-Sterile Medical Tubing is compatible with all smoke evacuators with a 1/4” port.
Is a pre-filter adapter included with the tubing?
Yes, this smoke evacuation tubing includes a 7/8 inch pre-filter adapter for enhanced adaptability across different procedural setups. This adapter facilitates connection from a 7/8 inch port to the 1/4 inch tubing.
The product is packaged in boxes of 10, meaning 10 individual 7/8 inch pre-filter adapters are supplied per box.
Does the tubing maximize flow and minimize noise?
Yes, this tubing is designed with a smooth bore inner surface to maximize flow rates and minimize noise levels during operation, contributing to a more efficient and quieter surgical environment.
Is the tubing designed for single use?
This tubing is recommended for single use to ensure optimal performance and patient safety.
What surgical procedures is this tubing suitable for?
This tubing is suitable for use in laser or electrosurgical procedures, designed to efficiently capture airborne contaminants and odors when paired with a smoke evacuator.
What is the inner surface of the tubing like?
The tubing features a smooth bore inner surface designed to maximize flow rates and minimize noise levels.