Description: The Oracraft Miller 64 Bone File (BF64) stands as a specialized dental instrument designed for precision in bone contouring during oral and maxillofacial surgery. Developed by Oracraft, this bone file features the distinctive Miller 64 design, offering dental professionals a reliable tool for shaping bone structures with accuracy.
Key Features:
Miller 64 Design: The bone file showcases the specific Miller 64 design, known for its unique curvature and shape. This design is optimized for efficient and precise bone reshaping, allowing practitioners to achieve desired surgical outcomes.
High-Quality Stainless Steel: Crafted from high-quality stainless steel, the BF64 bone file ensures durability, resistance to corrosion, and a long service life. This material choice enhances the overall reliability and performance of the instrument in clinical settings.
Double-Ended Instrument: Featuring a double-ended configuration, the bone file offers versatility in surgical applications. Each end is purposefully designed to fulfill distinct tasks, providing dental professionals with options for different stages of bone contouring.
Ergonomic Handle: The bone file is equipped with an ergonomic handle, enhancing grip and control during surgical procedures. The ergonomic design promotes comfort, allowing practitioners to maintain precision and accuracy in bone-shaping tasks.
Benefits:
Precision in Bone Contouring: The Miller 64 design ensures precision in bone contouring, enabling dental professionals to shape and refine bone structures with accuracy. This precision is critical for achieving optimal surgical outcomes.
Durability and Corrosion Resistance: Crafted from high-quality stainless steel, the bone file exhibits durability and corrosion resistance. This ensures a prolonged lifespan for the instrument, making it a dependable choice for various oral and maxillofacial surgical procedures.
Versatility in Surgical Applications: The double-ended design enhances versatility in surgical applications, providing dental professionals with flexibility in choosing the appropriate end for specific tasks. This adaptability supports efficient bone contouring in diverse clinical scenarios.
Comfortable Handling: The ergonomic handle contributes to comfortable handling, allowing practitioners to maintain control and precision during bone-shaping procedures. This ergonomic feature enhances the overall user experience during surgical interventions.
