110mm Disposable Coblator Turbinate Wand For Ablation Of Hypertrophic Turbinate

Disposable Turbinate Coblation Wand for Ablation of Hypertrophic Turbinate

Turbinate Coblation Wand DXR-E1600-A110 is for perforation and ablation of hypertrophic turbinate

Product Advanatages

(1) The wand features a tri-polar design with a nano-insulating material that ensures non-sticking properties. This design allows for safe and effective use within delicate nasal mucosa tissues without causing damage or discomfort.

(2) It has a large ablation area and includes an insertion scale and operation area mark on the electrode. These features ensure precise placement and allow for accurate treatment of targeted areas.

(3) It device has a multifunctional capability, allowing for vaporization, ablation, and coagulation. This versatility makes it suitable for a wide range of medical procedures, from nasal polypectomy to turbinate reduction.

(4) It is designed to be inserted into the sub-mucosa, providing a protective layer for nasal mucosa tissue during medical procedures. This ensures minimal disruption to the surrounding tissues and reduces the risk of post-procedure complications.

Specification

Applications

Turbinate Channeling and Ablation

Storage Condition

Correct storage of coblation wands is important to maintain their effectiveness and prolong their lifespan. It is recommended to store the wands in an environment with humidity levels below 80%, as excessive moisture can cause damage to the wand's components.

Additionally, the storage area should be free of corrosive gases that could potentially damage the wand's electrodes. It is also important to ensure that the room is well-ventilated, to prevent the buildup of harmful gases.

When storing the wands, complete protection of the electrodes is essential to prevent damage or contamination. This can be achieved by placing the wands in a protective case or pouch designed specifically for coblation wands.

Proper storage and handling of coblation wands can help ensure their longevity and optimal performance, ultimately contributing to safer and more effective medical procedures.

More Photos