Your cart is empty!
The straight Blakesley nasal forceps delivers precise fenestrated grasping during FESS and endoscopic sinus surgery. Its 3.5 × 10mm fenestrated jaws reduce tissue crush while maintaining secure grip on polyps, bone, and mucosa. The Size 0 proportions fit confined nasal corridors.
Features & Benefits
This Blakesley nasal forceps features through-cutting jaws with external serrations that grip and sever nasal bone and cartilage in a single closure. The 4mm jaw width accommodates larger anatomical structures while the serrated design prevents slippage of harder tissues. The 130mm working length extends reach into the nasal cavity during FESS.
Sized for larger nasal structures, this Blakesley nasal forceps features 6mm cup jaws with a 45‑degree upturned geometry for robust grasping of polyps and bone in extended FESS cases. The Size 3 specification accommodates wider sinus anatomy, while the upturned approach improves access to superior disease and frontal recess pathology. The 115mm shaft reaches posterior sinus and ethmoid structures.
The heavily curved Blakesley nasal forceps with 90‑degree upturned cup and diminutive 3mm jaws is designed for delicate grasping of fine tissue and small bone fragments in confined endoscopic spaces. The extreme curvature enables retrograde access to superior sinus structures, and the Size 00 specification suits detailed work in narrow sinus ostia. The 115mm working length provides adequate reach.
The Blakesley nasal suction forceps integrate a 2.5 × 4mm fenestrated jaw angled up 35 degrees with an internal suction channel, removing tissue and irrigation fluid through one instrument during functional endoscopic sinus surgery. The 100mm working length and 178mm overall length suit standard sinus access.
This Blakesley nasal suction forceps integrates a 2.5 × 4mm fenestrated jaw for controlled suction and tissue handling in the nasal cavity and sinus ostium. The 100mm working length allows precise depth control during endoscopic sinus procedures, while the straight geometry maintains visibility. The fenestrated pattern prevents inadvertent mucosal trauma during tissue manipulation.
The Weil‑Blakesley hybrid combines fenestrated 3.5 × 7mm jaws with a 45‑degree upbite angle for accessing disease in multiple sinus compartments. At 178mm overall and 115mm working length, it balances reach with ergonomic control. Fenestrated design enables controlled tissue division without complete jaw closure.
This straight Blakesley nasal forceps delivers a 3.5mm jaw optimized for controlled nasal bone and cartilage removal during endoscopic procedures. The straight shaft permits direct visualization along the dissection plane, while the Blakesley through-cutting geometry ensures clean, single-closure tissue separation. Reusable stainless steel supports routine clinical sterilization.
The Blakesley nasal forceps in straight configuration features a 3.5mm through-cutting jaw that removes nasal bone or soft tissue with a single, controlled grasping action. The cutting geometry allows tissue to be severed as the jaw closes, reducing the number of positioning steps required during endoscopic procedures. Stainless steel withstands repeated processing.
The Blakesley nasal forceps with 5mm × 10mm jaw provide increased bite area for larger bone fragments and polyps during functional endoscopic sinus surgery. The straight 115mm working length maintains deep access while the wider jaw accelerates material removal. This variant suits revision sinus cases where larger fragments must be extracted.
Built for septoplasty cartilage removal, this large Bruening septum forceps carries 8.5mm fenestrated jaws on a 191mm shaft. The window in each jaw lets cartilage protrude as the bite is taken, producing predictable strip removal without crushing surrounding mucoperichondrium. Stainless steel construction holds the jaw alignment that fenestrated forceps depend on through repeated steam cycles.
Built for posterior septal work, this size 2 Bruening septum forceps adds a cross‑action handle to 9 × 11mm fenestrated jaws on a 110mm working length. The cross‑action grip closes the jaws when the handle is released, giving the surgeon a one‑hand bite and hold on cartilage strips deep in the nasal cavity. Stainless steel construction maintains the jaw alignment that fenestrated bites demand through repeated reprocessing.
The Carroll curved tendon forceps with serrated 2 × 8mm jaw enables secure grasping and controlled mobilization of tissue and tendon fragments in otologic dissection and wound debridement. The standard curve aligns with natural anatomic planes, while serration prevents slipping on delicate structures. At 127mm, it accommodates both gross and fine manipulation.
The Colver tonsil forceps provides curved-jaw grasping for secure tonsil manipulation during tonsillectomy and pharyngeal dissection. Its single open loop ring handle reduces hand fatigue during prolonged retraction. The curved geometry follows the tonsillar contour.
The Colver tonsil‑seizing forceps in curved configuration provides angled approach to deeply positioned tonsils during tonsillectomy, particularly in cases where the soft palate or neighboring structures limit direct access. The curved jaw trajectory allows surgeons to present the forceps at an oblique angle while maintaining secure tissue grasp. At 191mm overall length, the instrument accommodates deeper pharyngeal dissection.
The Colver tonsil‑seizing forceps in straight configuration provides secure, atraumatic grasping of tonsillar tissue during tonsillectomy. The specialized jaw geometry allows firm purchase on the soft palatine tissue without crushing. At 191mm overall length, the straight design enables direct approach and extraction of the tonsil without impeding visualization of the surgical field.
Straight cup forceps with 4.5mm jaws are engineered for grasping and manipulation of ENT tissue and small fragments during nasal, sinus, and laryngeal procedures. The cup-shaped design distributes grip across delicate mucosa, and the straight profile provides straightforward access through endoscopic portals while maintaining clear visualization of the operative field.
The Decker alligator forceps employs a serrated jaw geometry to grip polyps, mucosa, and epithelial lesions during nasal and laryngeal endoscopy. The 152mm length and straight profile support visualization while manipulating tissue in confined spaces.
The 90‑degree double‑action biopsy cup forceps with 2 × 4mm cup and vertical opening delivers perpendicular access for maxillary and ethmoid tissue sampling. The 90‑degree bend enables direct approach from above during transnasal endoscopic work. Double‑action ensures secure specimen containment.
The double‑action biopsy cup forceps with 2 × 4mm cup and 45‑degree bend delivers vertical‑opening jaws for tissue sampling during FESS. The 130mm working length positions the cup within the maxillary ostium or anterior ethmoid. Double‑action mechanism multiplies jaw closing force for reliable specimen capture.
The 90‑degree double‑action biopsy cup forceps with 2 × 4mm cup and horizontal‑opening jaws delivers laterally‑oriented sampling for maxillary lateral wall and sphenoid sinus biopsies. The horizontal opening accommodates larger tissue specimens. Double‑action provides secure grasp on firm mucosa.
The 45‑degree double‑action biopsy cup with 3 × 6mm cup and horizontal opening enables lateral tissue sampling of maxillary and sphenoid sinus lesions. The horizontal‑opening jaws align with lateral wall anatomy. Larger cup capacity suits polyps and mucosal thickening.
The 45‑degree double‑action biopsy cup forceps with 3 × 6mm larger cup and vertical opening delivers angled tissue sampling for maxillary ostium and frontal recess lesions. The larger cup accommodates thicker polyps and mucosal fragments. Vertical opening provides direct visualization during specimen capture.
The 70‑degree double‑action biopsy cup with 3 × 6mm cup and vertical opening delivers steeply‑angled access to posterior maxillary and sphenoid pathology. The pronounced bend enables working around anterior anatomical obstacles. Larger cup size accommodates thicker diseased mucosa.
The double spoon forceps feature 4mm diameter cups angled at 110 degrees horizontal opening, with a 120mm working length designed for grasping and removing bone fragments and soft tissue debris from sinus cavities and antral spaces. The spoon configuration creates a cupped grasping surface that secures fragments without crushing.
The duckbill ear forceps present extra‑flat 8mm serrated jaws with rounded tips for safe grasping and delivery of cerumen and middle ear granulation tissue. At 140mm overall with 77mm working length, it balances reach with ergonomic control in the confined ear canal and tympanic recess. Stainless‑steel construction is built for lasting clinical reliability.
These 25-degrees-left curved ear forceps feature a 0.6 × 4mm jaw geometry ideal for accessing right-sided ossicular structures. The 80mm working length maintains reach and tactile control during tympanic procedures.
The fine‑model ear forceps with 0.9mm oval cup jaw and straight geometry deliver precision tissue capture for middle ear disease and ossicular platform inspection during otologic surgery. The small cup dimension suits confined spaces while the 82mm working length maintains clear visibility throughout the procedure. Reusable stainless‑steel construction is durable.
This straight ear forceps features a 0.9mm oval cup jaw for delicate manipulation within the tympanic cavity and ossicular spaces. The 82mm working length and fine-model design support precision during ossicular replacement and tympanoplasty.
Angled right with a 0.9 × 4.5mm oval cup, this fine‑model ear forceps reaches disease and ossicular pathology along the right ear canal wall and anterior sinus tympani. The angled geometry combined with small cup dimension suits precise manipulation in confined spaces. Stainless‑steel construction withstands repeated sterilization.