Fig.97 Upper Root Extracting Forceps
The Fig.97 Upper Root Extracting Forceps is a slim-beaked extraction instrument engineered for atraumatic removal of retained maxillary tooth roots. Its narrow, pointed working tips reach deep into the alveolar socket to grip fractured anterior and premolar root structures without over-engaging cortical bone. Gently curved handles follow the classic English pattern and give the operator a balanced wrist angle during upward luxation. Forged from solid stainless steel with a polished finish and a riveted box-joint, the forcep is fully autoclavable and suitable for repeated sterilisation in standard pouches or cassettes. Equate Instruments supplies it non-sterile for in-clinic processing before first use.
Specifications
MaterialStainless SteelRusting PreventionPassivatedUltrasonic CleanedYesUsageLeft Hand or Right HandSterileNoReusableYesTests PerformedShape Test, Boil Test and Performance TestLatex FreeYesPackingIndividually PackedQc PassedYesRelated Products
Extraction Forceps - Fig. 51A Upper Roots
The Fig. 51A Upper Roots Forceps is an English-pattern extraction instrument for retrieving retained adult upper root tips and fractured upper root fragments from the alveolar bone. The narrow paired beaks taper to a fine contact point that slips between the root surface and the alveolar wall, so the operator can engage a broken root below the gingival margin without sacrificing neighbouring bone. Forged from surgical-grade stainless steel with a polished finish, the forceps is fully autoclavable and compatible with standard cassette workflows. The deeply knurled handle offers a secure grip under gloved, moist contact during root retrieval procedures. Supplied non-sterile by Equate Instruments for in-clinic pouch or cassette sterilisation.
View
Root Extracting Forceps 45 Degree Angled Upper
This 45 degree angled root forceps is shaped for the retrieval of fractured or residual maxillary roots. The offset working end allows the clinician to reach past adjacent teeth and engage the root surface at an appropriate axial angle, while the slender beaks slip into the narrow socket created after crown removal. Forged from stainless steel with a dimpled hollow handle for a lightweight, secure grip, this Equate Instruments forceps is fully autoclavable and supplied non-sterile for standard in-clinic processing.
View
Upper Root Extracting Forceps Fig.144, Diamond-Coated Beaks
The Upper Root Extracting Forceps is a specialty surgical forceps designed for the atraumatic luxation and removal of fractured or retained maxillary tooth roots from alveolar bone. The narrow tapered beaks are ground to reach into the extraction socket and engage the root cleanly at or below the cemento-enamel junction, while the long curved hinge and contoured arms give the operator the leverage needed for a controlled pull without damaging adjacent teeth. Each forceps is machined from surgical stainless steel with serrated finger grips for a non-slip single-hand grip. Equate Instruments stocks several figures in the Upper Root range so surgeons can select the beak geometry that matches their access angle to anterior, premolar, or molar root remnants. Supplied non-sterile and fully autoclavable.
View
Extracting Forceps Fig.29 Upper Roots 16.5cm Diamond Tip
The Fig.29 Extracting Forceps is a maxillary root pattern with slender tapered beaks designed to slip into narrow residual sockets after crown fracture. The upper root geometry and 16.5 cm overall length let the clinician reach into the socket without obstructing adjacent teeth. Diamond-coated working tips bite into cementum to hold a fractured root securely, and the tungsten-carbide handle inserts provide a wear-resistant grip region. Manufactured from stainless steel, this Equate Instruments forceps is fully autoclavable and supplied non-sterile for in-clinic sterilisation.
View
Upper Root Extracting Forceps Fig.30 (16.5cm)
The Upper Root Extracting Forceps is a specialty surgical forceps designed for the atraumatic luxation and removal of fractured or retained maxillary tooth roots from alveolar bone. The narrow tapered beaks are ground to reach into the extraction socket and engage the root cleanly at or below the cemento-enamel junction, while the long curved hinge and contoured arms give the operator the leverage needed for a controlled pull without damaging adjacent teeth. Each forceps is machined from surgical stainless steel with serrated finger grips for a non-slip single-hand grip. Equate Instruments stocks several figures in the Upper Root range so surgeons can select the beak geometry that matches their access angle to anterior, premolar, or molar root remnants. Supplied non-sterile and fully autoclavable.
View
Extracting Forceps Fig.41 Upper Roots Diamond Tip
The Fig.41 Extracting Forceps is a maxillary root pattern with slim, tapered beaks and a pronounced S-curve shank that reaches into upper root sockets without obstructing adjacent teeth. The instrument is well-suited to retrieving broken root tips in anterior and premolar positions. Diamond-coated tips improve grip on cementum, while tungsten-carbide handle inserts provide a wear-resistant grip region that stays comfortable through repeated extractions. Manufactured from stainless steel, this Equate Instruments forceps is fully autoclavable and supplied non-sterile.
View
Extracting Forceps Upper Roots
This Upper Root Extracting Forceps is a maxillary root pattern with pointed, parallel beaks shaped to engage the remaining root structure after a crown has fractured. The slim beak profile slides along adjacent teeth into the socket, and the tapered tips apply pressure directly to cementum rather than the thin residual coronal enamel. Forged from stainless steel with a hollow contoured handle, this Equate Instruments forceps is fully autoclavable and supplied non-sterile for in-clinic processing in pouches or cassettes.
View
Upper Root Extracting Forceps Fig.97, Diamond-Coated Beaks
The Upper Root Extracting Forceps is a specialty surgical forceps designed for the atraumatic luxation and removal of fractured or retained maxillary tooth roots from alveolar bone. The narrow tapered beaks are ground to reach into the extraction socket and engage the root cleanly at or below the cemento-enamel junction, while the long curved hinge and contoured arms give the operator the leverage needed for a controlled pull without damaging adjacent teeth. Each forceps is machined from surgical stainless steel with serrated finger grips for a non-slip single-hand grip. Equate Instruments stocks several figures in the Upper Root range so surgeons can select the beak geometry that matches their access angle to anterior, premolar, or molar root remnants. Supplied non-sterile and fully autoclavable.
View
Upper Root Extracting Forceps Fig.98 Witzel, Diamond-Coated Beaks
The Upper Root Extracting Forceps is a specialty surgical forceps designed for the atraumatic luxation and removal of fractured or retained maxillary tooth roots from alveolar bone. The narrow tapered beaks are ground to reach into the extraction socket and engage the root cleanly at or below the cemento-enamel junction, while the long curved hinge and contoured arms give the operator the leverage needed for a controlled pull without damaging adjacent teeth. Each forceps is machined from surgical stainless steel with serrated finger grips for a non-slip single-hand grip. Equate Instruments stocks several figures in the Upper Root range so surgeons can select the beak geometry that matches their access angle to anterior, premolar, or molar root remnants. Supplied non-sterile and fully autoclavable.
View
Extracting Forceps Fig.29 - Upper Roots
Extracting Forceps Fig.29 are designed for the removal of upper root fragments and retained roots of maxillary anterior teeth. The narrow, pointed beaks slip under the alveolar crest or grip a fractured root surface for controlled vertical and rotational removal, helping preserve surrounding bone. The polished one-piece stainless steel handles are forged for a balanced feel and the hinge joint resists play under sustained force. Manufactured by Equate Instruments, the forceps are corrosion-resistant, fully autoclavable, and supplied non-sterile for in-clinic processing in pouches or cassettes.
View
Extracting Forceps Fig.29 - Upper Roots, 16.5 cm
Extracting Forceps Fig.29 are designed for the removal of retained upper roots and fractured root fragments in the maxillary anterior region. The narrow, pointed beaks are shaped to slip under the alveolar crest or grip a fractured root surface, supporting controlled vertical and rotational luxation while helping preserve surrounding bone. The 16.5 cm polished stainless steel handles are forged in a single piece for a balanced, medium-weight feel, and the hinge joint resists play under sustained force. Manufactured by Equate Instruments, the forceps are corrosion-resistant, fully autoclavable, and supplied non-sterile for in-clinic processing in pouches or cassettes.
View
Extracting Forceps Fig.30 - Upper Roots
Extracting Forceps Fig.30 are a narrow pattern for the removal of retained upper roots, particularly in the maxillary posterior region where access through the cheek is constrained. The slim pointed beaks slip under the alveolar crest or grip a fractured root surface, supporting controlled rotational luxation while helping preserve surrounding bone. Polished one-piece stainless steel handles are forged for a balanced feel and the hinge joint resists play under sustained force. Manufactured by Equate Instruments, the forceps are corrosion-resistant, fully autoclavable, and supplied non-sterile for in-clinic processing in pouches or cassettes.
View
