Silicon Suction Tubing, 1.3m Long - Flexible, Durable, Medical Grade
£11.95 Tax excl. / £14.34 Tax incl.
Vat excluded
Reliable Suction Tubing for Professional Use
The Silicon Suction Tubing, 1.3 metres in length, is a high-quality, medical-grade component designed for dependable performance in clinical and care environments. Compatible with the full 3A Aspirator range, it offers excellent flexibility and strength, ensuring secure connections and uninterrupted suction.
Manufactured from durable silicone, this tubing is ideal for high-performance suction procedures, offering resistance to kinking and excellent visibility for monitoring flow.
Reliable Suction Tubing for Professional Use
The Silicon Suction Tubing, 1.3 metres in length, is a high-quality, medical-grade component designed for dependable performance in clinical and care environments. Compatible with the full 3A Aspirator range, it offers excellent flexibility and strength, ensuring secure connections and uninterrupted suction.
Manufactured from durable silicone, this tubing is ideal for high-performance suction procedures, offering resistance to kinking and excellent visibility for monitoring flow.
Key Features & Benefits
- 1.3 metres in length for versatile positioning
- Medical-grade silicone construction
- Product Code: NCL-3A561
- Compatible with all 3A Professional Aspirators
- Flexible, kink-resistant design
- Transparent for easy flow monitoring
A reliable, high-performance tubing solution for all professional suction needs.
NCL-3A561
Reliable Suction Tubing for Professional Use
The Silicon Suction Tubing, 1.3 metres in length, is a high-quality, medical-grade component designed for dependable performance in clinical and care environments. Compatible with the full 3A Aspirator range, it offers excellent flexibility and strength, ensuring secure connections and uninterrupted suction.
Manufactured from durable silicone, this tubing is ideal for high-performance suction procedures, offering resistance to kinking and excellent visibility for monitoring flow.