Stryker 5290-440-100 ENT Precision Cutter Blade 4.0mm Aggressive Serrated 40° ESSx/Hummer 4 1/EA

• Model: 5290-440-100
• Diameter: 4.0 mm
• Length: 11 cm
• Angle: 40° angled design
• Cutting Edge: Aggressive serrated edge
• Intended For: Designed for use with ESSx Microdebrider and compatible powered ENT systems

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

Equip your surgical suite with the Stryker 5290‑440‑100 ENT Precision Cutter Blade (4.0 mm, Aggressive Serrated, 40°) — a high‑performance microdebrider blade engineered for precision and control in complex ENT and sinus procedures. With its 4.0 mm diameter and optimized 40° angled design, this precision cutter blade enhances access to challenging anatomical areas, allowing otolaryngologists to perform efficient tissue resection during functional endoscopic sinus surgery (FESS), turbinate reduction, and other advanced nasal operations. The aggressive serrated cutting surface delivers consistent cutting performance, helping surgeons achieve smoother results with every case.

Designed for reliable use with ESSx microdebrider and Hummer 4 powered ENT systems, the 5290‑440‑100 blade combines responsive cutting action with the durability needed for demanding surgical environments. Its single‑use sterile construction supports modern infection control standards while ensuring sharp performance right out of the package. Whether navigating curved sinus passages or resecting soft tissue, this blade offers clinical teams the precision and responsiveness required for successful operative outcomes.

Manufactured by Stryker — a trusted leader in ENT instrumentation — the 5290‑440‑100 Precision Cutter Blade is ideal for hospitals, ambulatory surgical centers, and otolaryngology practices seeking dependable, clinical‑grade microdebrider accessories. With this blade in your instrument set, you’ll benefit from smoother cutting efficiency, enhanced maneuverability, and improved procedural confidence — supporting better patient outcomes and streamlined surgical workflow.