Medtronic Xomed 3155631 Oto-Flex Skeeter Round Carbide Fluted Bur 1.0 mm Orange - New

Medtronic Xomed 3155631 Oto-Flex Skeeter Round Carbide Fluted Cutting Bur | 1.0 mm Head Diameter | 98 mm Length | Orange Color Band | Otologic Surgical Instrument | New

Expiration: 2027-04-16

The Medtronic Xomed 3155631 Oto-Flex (Skeeter) Round Carbide Fluted Bur is a micro-otology cutting instrument engineered for high-precision temporal bone dissection and middle ear surgical procedures. Featuring a 1.0 mm round tungsten carbide cutting head and a color-coded orange shaft, it operates smoothly with powered Skeeter micro-drill handpieces to enable controlled bone removal and precise milling. Ideal for surgical training, otologic research, and laboratory dissection setups.

Product Details

• Brand / Manufacturer: Medtronic® / Xomed® Surgical Products
• Part / Catalog Number: 3155631 (also referenced as 31-55631)
• Product Line: Oto-Flex™ / Skeeter® Micro-Otology Bur Series
• Product Type: Round Fluted Carbide Micro-Cutting Bur
• Tip Diameter: 1.0 mm
• Shaft Length: 98 mm
• Color Code Band: Orange (1.0 mm Size Identification)
• Material Composition: High-Grade Tungsten Carbide Tip with Steel Shaft
• Handpiece Compatibility: Medtronic Xomed Skeeter® Ultra-Lite & Oto-Flex Powered Drill Systems
• Operating Speed Rating: Rated for speeds up to 12,000 RPM
• Quantity Included: 1 Unit per Sealed Package (or per selected box variation)
• Unit of Measure: 1 Each (1/EA)
• Application: Otologic microsurgery, stapedectomy/stapedotomy bone shaping, temporal bone lab dissection, and surgical skill instruction
• Condition: Brand New — Unused, factory sealed in original packaging.

Key Features

• 1.0 mm precision tungsten carbide fluted head delivers smooth, controlled milling across delicate osseous structures
• Bright orange color coding enables rapid visual size identification on surgical trays
• Oto-Flex shaft design provides optimal torque transfer and low vibration in compatible Skeeter micro-drill handpieces
• Tungsten carbide flute geometry ensures long-lasting sharp performance during fine ear bone ablation