01/09/2026
These Root Extraction Forceps Series brings together three precision-designed forceps patterns for the controlled extraction of tooth roots and root fragments. Each instrument is specifically shaped to address different extraction requirements, providing appropriate access, secure engagement, and controlled handling.
Key Features
▪️Three specialized extraction patterns in one series
▪️Upper, lower, and universal root extraction applications
▪️Precision-shaped curved and tapered beaks
▪️Fine serrated gripping surfaces on applicable patterns
▪️Ergonomic handles for controlled handling
▪️High-quality stainless-steel construction
▪️Designed for professional dental extraction procedures
Universal Roots Extraction Forceps – Witzel Pattern
is designed for the extraction of upper and lower tooth roots and root fragments. Its slim, curved beaks provide access to the root area, while the fine serrated gripping surface helps maintain a secure hold during controlled extraction.
The ergonomic handles offer comfortable handling and precise control.
Lower Root Extraction Forceps is designed for the controlled removal of lower tooth roots and root fragments. Its slim, curved beaks allow improved access to the extraction site, while the fine serrated gripping surfaces provide secure engagement of root fragments during extraction.
The precision-shaped working ends are designed to facilitate controlled manipulation in areas where access and grip are critical. Ergonomic handles provide comfortable handling and controlled force application, making it a practical addition to a professional extraction instrument range.
Upper Root Extraction Forceps is specifically designed for the extraction of upper tooth roots and root fragments. Its slender, elongated beaks provide precise access to the root area, while the fine gripping surfaces help maintain secure engagement during controlled extraction.
The tapered beak design allows for accurate positioning around upper roots, while the ergonomic handles provide comfortable handling and controlled application of force.