Dental Extraction Forceps No. 73K - Lower Molars - Broken Crowns

DENTIFY® Dental Extraction Forceps 73K - Lower Molars

DENTIFY® English Extracting Forceps No. 73K are used for the extraction of mandibular (lower) first and second molars, specifically optimized for cases involving heavily broken-down crowns or decay near the root level. Perpendicular layout, the beaks meet at a right angle to the handle, providing exceptional vertical leverage and an unobstructed view of the surgical field. The 73K pattern features uniquely profiled, deep-reaching beaks designed to engage the root bifurcation even when the tooth structure is severely compromised.

Traditional English-pattern design provides excellent control, balanced handling, and a secure grip during extractions. 

The knurled handle enhances grip and provides optimal control. Manufactured from high-quality stainless steel, they offer durability, corrosion resistance, and consistent clinical performance.

Key Features of Extraction Forceps No. 73K

Deep-Grip Hawk's Bill Design: Specially profiled adult-sized beaks engineered to access deep-seated lower molar roots below a broken crown.

Bifurcation Anchor: Pointed beak tips seat securely into root bifurcations, preventing slippage on wet, decayed, or structurally compromised teeth.

Symmetrical, Separated Jaws: Adequately spaced beaks allow for uniform, multi-surface tooth engagement below the enamel line.

Traditional English-Pattern: Delivers balanced weight distribution and heavy-duty physical force transfer.

Premium Construction: Crafted from medical-grade stainless steel for high corrosion resistance and long-lasting durability.

Knurled Handle: High-friction textured surface ensures a confident grip and reduces hand fatigue.

Atraumatic Efficiency: Designed to grip below the enamel line to reduce the risk of crown fracture.

Clinical Uses of Extracting Forceps No. 73A

Extracting Forceps No. 73K are the premier choice for the removal of mandibular molars where standard forceps cannot achieve a secure hold due to extensive coronal decay or prior fractures. The specialized architecture allows for clean, deep apical progression along the root surface. This precise fit facilitates a highly controlled, gentle luxation process that effectively preserves the surrounding bone plates and accelerates the patient's post-operative healing.

Sterilization

Fully compatible with standard sterilization procedures.