69 pattern for secure tooth engagement Stainless steel for repeated sterilization Handle design enables controlled leverage Beak shape supports stable purchase Quantity: 1 forceps per pack The Miltex Instrument Extracting Forceps 69 are designed to deliver confident handling and dependable control during dental extraction procedures where secure engagement and steady force application are critical to procedural success. If you are wondering what the Miltex Instrument Extracting Forceps 69 are used for, it is the best extracting forceps choice for achieving firm purchase on tooth structure and progressing extractions smoothly during routine or surgical cases while maintaining precise operator control.The 69 pattern is engineered with beaks shaped to follow tooth anatomy closely, allowing stable seating that helps limit rocking or slippage as elevation advances. This geometry supports efficient transmission of force with a controlled feel, enabling you to work methodically while reducing unnecessary stress on adjacent bone and soft tissue. In chairside use, the hinge action and handle contouring provide fluid articulation and predictable leverage, supporting gradual pressure adjustments throughout the extraction sequence.The overall balance promotes steady hand positioning and comfortable use, which is especially valuable during demanding procedures or back-to-back extractions. Manufactured from premium stainless steel, the forceps maintain alignment, strength, and corrosion resistance through repeated cleaning and sterilization cycles, supporting long-term reliability and infection control compliance. Designed to fit seamlessly into general practice and oral surgery instrument sets, they perform consistently in situations where durability and control are essential.By pairing pattern-specific beak design with ergonomic handling and robust construction, they support efficient tooth removal and consistent workflow, making them the best dental extracting forceps for clinicians who value stability, control, and predictable extraction performance.
