
Fig.33A Lower Roots Extraction Forceps - 15 cm
The Fig.33A Lower Roots Extraction Forceps is a variant of the classic Fig.33 pattern, redesigned with a narrower pointed cow-horn beak for engaging smaller or more deeply seated mandibular root remnants. The slim beak profile slips further into the socket to grasp root walls without levering heavily on adjacent alveolar bone. Forged from surgical-grade stainless steel with a riveted joint, this 15 cm forceps is supplied by Equate Instruments non-sterile and fully autoclavable. Curved spring handles maintain a balanced single-hand grip during luxation and delivery, making the instrument a practical companion to the standard Fig.33 for routine lower root work.
Specifications
Related Products

Extracting Forceps Fig. 33A Lower Roots
This extracting forceps is engineered for the controlled removal of retained lower roots during routine and complex surgical extractions. The beak profile is shaped to seat along the cemento-enamel junction so the operator can apply measured luxating force while protecting adjacent tissues and bone. Forged from high-grade stainless steel with a balanced weight distribution, this Equate Instruments forceps delivers a secure tactile grip during sustained rocking movements. Supplied non-sterile, it is fully autoclavable and ready for routine in-clinic sterilisation between surgical cases.
View
Root Extracting Forceps 90 Degree Angled Lower
This 90 degree angled root forceps is purpose-built for the retrieval of mandibular root fragments. The sharply offset beaks enter the extraction socket at a right angle to the handle, giving the clinician clearance below the arch and control when picking broken or residual lower roots from the alveolus. Forged from stainless steel with a dimpled hollow handle for a light but positive grip, this Equate Instruments forceps is fully autoclavable and supplied non-sterile for in-clinic sterilisation in pouches or cassettes.
View
Extracting Forceps Fig.33A Lower Roots 15cm Diamond Tip
The Fig.33A Extracting Forceps is a mandibular root pattern with a pointed, offset beak geometry shaped for the retrieval of residual lower roots. The 15 cm overall length balances leverage with fingertip control while the angled shanks position the working end below the arch. Diamond-coated beak tips bite into cementum so a fractured root is less likely to slip back into the socket. Manufactured from stainless steel with a hollow contoured handle, this Equate Instruments forceps is fully autoclavable and supplied non-sterile for in-clinic processing.
View
Extracting Forceps Fig.46L Very Fine Lower Roots Diamond Tip
The Fig.46L Very Fine Lower Root Extracting Forceps is a slim mandibular root pattern with a narrow beak profile and a bayonet-style shank. The very fine tips slip into deep sockets around retained root tips that a standard lower forceps cannot access. Diamond-coated tips bite into cementum so a fragile root is less likely to slip, and the tungsten-carbide handle inserts provide a wear-resistant grip that stays comfortable through long surgical cases. Manufactured from stainless steel, this Equate Instruments forceps is fully autoclavable and supplied non-sterile.
View
Extracting Forceps Fig.74 Lower Roots Diamond Tip
The Fig.74 Extracting Forceps is a mandibular root pattern with cow-horn style beaks that point sharply toward the socket. The beak geometry is shaped to engage the coronal third of residual lower roots and luxate them with a rocking motion. Diamond-coated beak tips bite into cementum so a fractured root is less likely to slip. Manufactured from stainless steel with a hollow contoured handle, this Equate Instruments forceps is fully autoclavable and supplied non-sterile for standard in-clinic processing.
View
Fig.33 Lower Roots Extraction Forceps - 15 cm
The Fig.33 Lower Roots Extraction Forceps is a dedicated oral-surgery instrument for luxating and removing retained roots and root fragments in the mandibular arch. Compact cow-horn beaks are contoured to seat around the cervical anatomy of lower posterior teeth, so the operator can apply controlled apical pressure and a steady figure-of-eight luxation motion without slipping off residual root structure. Forged from surgical-grade stainless steel with a riveted central joint, this 15 cm forceps is supplied by Equate Instruments in a non-sterile, autoclavable finish. Curved spring handles are shaped for a confident single-hand grip during routine and surgical root retrievals.
View
Fig.33L Lower Roots Extraction Forceps
The Fig.33L Lower Roots Extraction Forceps is a slim pattern of the Fig.33 family intended for lower posterior roots where the operator needs a finer beak profile than the standard model offers. The angled cow-horn working ends seat onto the root neck in the mandibular arch, allowing controlled luxation and delivery without engaging the marginal bone heavily. 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 balance the instrument for single-hand use across routine and more demanding lower root extractions.
View
Fig.45 Lower Roots Extraction Forceps
The Fig.45 Lower Roots Extraction Forceps is a slim oral-surgery instrument built for retrieving retained roots and root fragments in the mandibular arch. The fine, angled working ends taper to a narrow grasping point that reaches below the gingival margin and engages lower root structure without levering heavily on adjacent alveolar bone. Forged from surgical-grade stainless steel with a riveted central joint, this forceps is supplied by Equate Instruments non-sterile and fully autoclavable. Long curved spring handles are balanced for a confident single-hand grip during delicate root retrievals and surgical extractions.
View
Fig.45Z Lower Roots Extraction Forceps
The Fig.45Z Lower Roots Extraction Forceps is a variant of the Fig.45 pattern with a more aggressively pointed beak tip for capturing fine mandibular root fragments. The narrow working end is shaped to enter tight lower-arch sockets and seat around small root remnants, giving the operator a secure grasp without engaging surrounding alveolar bone. Forged from surgical-grade stainless steel with a riveted central joint, this forceps is supplied by Equate Instruments non-sterile and fully autoclavable. Long curved spring handles provide balanced leverage for single-hand use during delicate root retrieval and post-extraction cleanup.
View
Fig.45M Lower Roots Extraction Forceps - Gripping in Depth
The Fig.45M Lower Roots Extraction Forceps is a variant of the Fig.45 family purpose-built for gripping mandibular roots in depth, where the remaining root structure sits below the gingival margin. The narrow working ends are ground to slide along the root surface and lock onto subgingival tooth structure, enabling controlled apical luxation without reliance on coronal enamel. Forged from surgical-grade stainless steel with a riveted central joint, this forceps is supplied by Equate Instruments non-sterile and fully autoclavable. Long curved spring handles balance the instrument for single-hand use during technically demanding retained-root retrievals.
View
Fig.46L Very Fine Lower Roots Extraction Forceps
The Fig.46L Very Fine Lower Roots Extraction Forceps is the slimmest lower-arch root pattern in the Fig.46 family, built for the finest retained root fragments in the mandibular arch. The narrow tapered beaks are ground to reach deep into confined sockets and engage small root remnants that broader beaks cannot capture cleanly. Forged from surgical-grade stainless steel with a riveted central joint, this forceps is supplied by Equate Instruments non-sterile and fully autoclavable. Long curved spring handles balance the instrument for controlled single-hand use, making the pattern a precision tool for surgical root cleanup.
View
Extracting Forceps Fig. 74 Lower Roots
This extracting forceps is engineered for the controlled removal of retained lower roots during routine and complex surgical extractions. The beak profile is shaped to seat along the cemento-enamel junction so the operator can apply measured luxating force while protecting adjacent tissues and bone. Forged from high-grade stainless steel with a balanced weight distribution, this Equate Instruments forceps delivers a secure tactile grip during sustained rocking movements. Supplied non-sterile, it is fully autoclavable and ready for routine in-clinic sterilisation between surgical cases.
View