$222.82

• 222 pattern for secure tooth purchase
• Contoured beaks limit unwanted movement
• Quantity: 1 forceps per pack
• Stainless steel for repeated sterilization
• Balanced handles for controlled leverage

The Miltex Instrument Extracting Forceps 222 are crafted to deliver firm purchase, controlled leverage, and consistent handling during dental extractions where stability and precision guide successful outcomes. If you are wondering what the Miltex Instrument Extracting Forceps 222 are used for, it is the best extracting forceps option for engaging tooth structure securely and advancing extractions with measured force during routine and surgical procedures while maintaining operator confidence.

The 222 pattern incorporates beaks shaped to conform closely to tooth anatomy, supporting reliable seating and reducing unwanted movement as luxation progresses. This design promotes efficient force transfer while helping protect surrounding bone and soft tissue from unnecessary stress. In clinical use, the hinge alignment and handle contouring provide smooth articulation and predictable leverage, allowing you to adjust pressure gradually throughout the extraction sequence.

The instrument?s balance supports steady hand positioning, contributing to reduced fatigue during longer procedures or consecutive extractions. Manufactured from high-quality stainless steel, the forceps maintain alignment, corrosion resistance, and structural strength through repeated cleaning and sterilization cycles, supporting long-term reliability and infection control compliance. Designed to integrate seamlessly into general practice and oral surgery instrument assortments, they perform dependably across varied extraction scenarios where control and durability are essential.

By combining pattern-specific beak geometry, ergonomic handling, and robust construction, they support efficient tooth removal and consistent clinical workflow, making them the best dental extracting forceps for clinicians who value control, strength, and predictable extraction performance.