Medtronic 1882040HR Inferior Turbinate Blade 11cm x 2mm 1/EA

Medtronic 1882040HR M4 Rotatable Inferior Turbinate Blade 11cm x 2mm 1/EA

• Model: 1882040HR
• Blade Diameter: 2.0 mm
• Length: 11 cm (Straight Shaft)
• Rotation: 360°
• Compatibility: Works with Medtronic StraightShot™ M4/M5 powered microdebrider platforms for inferior turbinate reduction

This medical supply or implant item is not in its original equipment manufacturer (OEM) packaging but remains sterile and intact within its inner sterilization package. Despite the absence of the outer box, the item is unused and maintains sterility, ensuring it is suitable for medical use.

Improve nasal airway function with the Medtronic 1882040HR Inferior Turbinate Blade (11 cm × 2 mm)—a precision-engineered powered surgical blade designed specifically for inferior turbinoplasty in ENT procedures. Featuring a slim 2 mm diameter and 11 cm straight shaft with elevator tip, this blade allows surgeons to access and resect enlarged turbinate tissue with exceptional precision while minimizing trauma to surrounding mucosal structures. Its innovative design supports efficient submucosal resection, helping clinicians achieve effective nasal airway restoration for patients suffering from chronic nasal obstruction.

Built for compatibility with leading Medtronic microdebrider systems, the 1882040HR blade incorporates an M4 rotatable tip that rotates a full 360°, giving surgeons flexible orientation without repositioning the entire instrument. This enhanced maneuverability, paired with oscillating cutting performance, enables controlled tissue removal and improved surgical workflow in powered turbinoplasty cases. Irrigation tubing included with the blade helps maintain a clear operative field, allowing for continuous visualization and precise excision throughout the procedure.

Ideal for ENT specialists and surgical centers focusing on functional nasal surgery, the Medtronic Inferior Turbinate Blade (1882040HR) combines clinical reliability, ergonomic control, and compatibility with advanced microdebrider platforms. Its single-use sterile construction supports infection control protocols, while the robust engineering ensures consistent performance across a range of turbinate reduction procedures. Add this blade to your powered instrumentation setup to deliver dependable performance and enhance procedural outcomes for patients with inferior turbinate hypertrophy.