Extracting Forceps Fig.7 Upper Premolars 16.5cm Diamond Tip
The Fig.7 Extracting Forceps is a maxillary premolar pattern with rounded parallel beaks that slip along the root surface of single-rooted or two-rooted upper bicuspids. The 16.5 cm overall length provides ample leverage for buccal-palatal luxation without the handle clashing with the lower arch. Diamond-coated working tips increase friction on polished crowns and reduce beak slippage during rotation. Manufactured from stainless steel with a hollow contoured handle, this Equate Instruments forceps is fully autoclavable and supplied non-sterile.
Specifications
MaterialStainless SteelRusting PreventionPassivatedUltrasonic CleanedYesUsageLeft Hand or Right HandSterileNoReusableYesTests PerformedShape Test, Boil Test and Performance TestLatex FreeYesPackingIndividually PackedQc PassedYesRelated Products
Extraction Forceps - Fig. 7 Upper Premolars
The Fig. 7 Upper Premolars Forceps is an English-pattern extraction instrument for removing adult upper first and second premolars from their alveolar bone. The paired beaks are bayonet-shaped so the tips are offset from the handle axis, allowing them to approach the upper premolar crown from above without the handle running into the lower incisors during mouth-closing movement. Forged from surgical-grade stainless steel with a polished finish, the forceps is fully autoclavable and compatible with standard cassette workflows. Knurled crossover handles keep a secure grip under gloved, moist contact during routine and pre-orthodontic upper premolar extractions. Supplied non-sterile by Equate Instruments for in-clinic pouch or cassette sterilisation.
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Extracting Forceps Fig.7 - Upper Premolars, 16.5 cm
Extracting Forceps Fig.7 are designed for the removal of upper premolars, with elongated narrow beaks and an S-curved shank that lets the operator reach past the cheek without binding on surrounding teeth. The beak geometry seats on the buccal and palatal surfaces of first and second upper premolar crowns and transfers force along the long axis of the tooth. 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 luxation force. Manufactured by Equate Instruments, the forceps are corrosion-resistant, fully autoclavable, and supplied non-sterile for in-clinic processing in pouches or cassettes.
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Extracting Forceps Fig.8 - Upper Premolars
Extracting Forceps Fig.8 are engineered for the removal of upper premolars, with beaks shaped to seat on the buccal and palatal surfaces of first and second premolar crowns. The S-curved shank allows access past the cheek while keeping the beak aligned along the long axis of the tooth for controlled luxation. One-piece polished stainless steel handles offer a balanced feel during sustained force, and the hinge joint resists play under repeated use. Manufactured by Equate Instruments, the forceps are corrosion-resistant, fully autoclavable, and supplied non-sterile for in-clinic processing in pouches or cassettes.
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Extracting Forceps Fig.31 - Upper Premolars Gripping in Depth
Extracting Forceps Fig.31 are a narrow bayonet-style pattern for upper premolars when the operator needs to grip deep into the socket on subgingival or fractured crowns. The slim, pointed beaks pass under the gingival margin to engage the cervical tooth surface, supporting controlled luxation of compromised premolars and root fragments. 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.
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Extracting Forceps Fig.31 - Upper Premolars Gripping in Depth, 18 cm
Extracting Forceps Fig.31 are a narrow bayonet-style pattern for upper premolars where the operator needs to grip deep into the socket. The slim, pointed beaks pass under the gingival margin to engage the cervical surface of subgingival crowns, fractured premolars or residual root fragments, supporting controlled rotational luxation. The 18 cm polished stainless steel handles are slightly longer than the adult 16.5 cm standard, giving added leverage for sustained force on compromised teeth. The hinge joint is forged to resist play under repeated use. Manufactured by Equate Instruments, the forceps are corrosion-resistant, fully autoclavable, and supplied non-sterile for in-clinic processing in pouches or cassettes.
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Fig.35 Upper Premolars Extraction Forceps
The Fig.35 Upper Premolars Extraction Forceps is an oral-surgery instrument with narrow, slightly offset beaks shaped for the buccal-palatal geometry of maxillary premolars. The beaks engage the tooth at the cervical margin and are contoured to seat cleanly against single- and bifurcated-root premolars, so the operator can luxate with a controlled buccal-palatal rocking motion. Forged from surgical-grade stainless steel with a riveted joint, this forceps is supplied by Equate Instruments non-sterile and fully autoclavable. Long curved handles provide the balanced leverage needed for gripping in depth when decay has reduced the clinical crown, making it a reliable pattern for routine upper premolar work.
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Extracting Forceps Fig.15 Upper Premolars and Incisor - American Pattern with Hook Handle
The Fig.15 extraction forceps is an American-pattern upper premolar instrument with sharp pointed beaks for engaging the flat-rooted premolars and upper incisors of the maxillary arch. The upper handle is straight while the lower handle terminates in a long curved hook, giving an ergonomic palm-rest that supports controlled downward luxation from the operator's grip. The crossed American-pattern pivot transmits closing force directly to the beaks for precise elevation through the periodontal ligament. The body is forged stainless steel with cross-hatched knurled handles for a confident wet grip and is fully autoclavable. Equate Instruments supplies the forceps non-sterile for in-clinic sterilisation.
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Upper Premolar Forcep - Attack Deep
The Upper Premolar Attack Deep Forcep is an extraction instrument angled for reaching and engaging maxillary premolars, particularly in deeply seated or partially erupted cases. The shank is pronouncedly offset to give the clinician a direct line of force over the buccal and palatal roots without impinging on opposing teeth, and the beaks are shaped to cup the crown and upper root portion of first and second premolars. Constructed from surgical stainless steel with a bilaterally knurled handle for a confident grip, the forcep is fully autoclavable and made for routine maxillary premolar exodontia at Equate Instruments.
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Extraction Forceps - Fig. 13 Lower Premolars
The Fig. 13 Lower Premolars Forceps is an English-pattern extraction instrument for removing adult lower first and second premolars from their alveolar bone. The beaks are offset from the handle with a hawksbill curve so the tips approach the occlusal crown perpendicularly from above, giving the operator clear sight-lines down the long axis of a lower premolar without handle interference. Forged from surgical-grade stainless steel with a polished finish, the forceps is fully autoclavable and compatible with standard cassette workflows. The knurled handle offers a secure grip under gloved, moist contact during routine and surgical lower premolar extractions. Supplied non-sterile by Equate Instruments for in-clinic pouch or cassette sterilisation.
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Extracting Forceps Fig.13 Lower Premolars 15cm Diamond Tip
The Fig.13 Extracting Forceps is a mandibular premolar pattern. Its rounded, deep beaks adapt to the single-rooted anatomy of lower bicuspids and cuspids, slipping between the gingival cuff and the crown to engage the CEJ during buccal-lingual luxation. The diamond-coated working ends increase frictional grip on enamel and cementum, reducing beak slippage on polished or cement-covered crowns. Forged from stainless steel with a 15 cm overall length and knurled contoured handle, this Equate Instruments forceps is fully autoclavable and supplied non-sterile.
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Extracting Forceps Fig.13 - Lower Premolars, 15 cm
Extracting Forceps Fig.13 are angled for the removal of lower premolars, with a hawk-beak profile that wraps around the crown of first and second mandibular premolars. The beak-to-handle angle allows access to the lower arch without the operator fighting the lip or cheek, and the beak faces are shaped to distribute luxation force evenly on the buccal and lingual surfaces. The 15 cm polished stainless steel handles are slightly shorter than the 16.5 cm adult standard for improved control in smaller mouths. Manufactured by Equate Instruments, the forceps are corrosion-resistant, fully autoclavable, and supplied non-sterile for in-clinic processing in pouches or cassettes.
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Fig.36 Lower Premolars Extraction Forceps
The Fig.36 Lower Premolars Extraction Forceps is an angled oral-surgery instrument designed for the mandibular bicuspids. The cow-horn working ends are contoured to the narrow buccal-lingual profile of lower premolars, so the operator can seat the beaks at the cervical margin and apply a controlled luxation force through the long axis of the tooth. Forged from surgical-grade stainless steel with a riveted joint, this forceps is supplied by Equate Instruments non-sterile and fully autoclavable. Curved spring handles offer balanced leverage for gripping in depth when the clinical crown is undermined, making the pattern a dependable choice for routine lower premolar extractions.
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