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The small Billeau ear loop carries a 2 × 3mm working loop on a flexible shaft with a round handle, sized for pediatric and narrow‑canal cerumen removal where the loop must follow tight canal curvature. The flexible shaft conforms to canal anatomy without snagging.
Features & Benefits
The small Billeau ear loop carries a 2mm working loop sized for pediatric and narrow‑canal cerumen removal. The 165mm length keeps the operator's hand clear of the otoscope's field, and the sharpened loop edge passes cleanly under impacted wax in tight canals.
Double-action biopsy forceps with a pear-shaped cup are engineered for mucosal and mass sampling in ENT procedures. The 80-degree horizontal angling positions the jaw for optimal approach to lateral and anterior nasal structures. The Luer lock hub permits direct connection to a specimen trap, enabling secure sample transfer without spillage during case transitions.
The Bishop mastoid chisel (straight, 3mm blade, hexagonal handle, 152mm) removes bone during mastoid cortex entry and cavity obliteration. Its 3mm width suits modest cortical cuts, while the hexagonal handle withstands mallet strikes. Stainless steel durability supports repeated use in mastoid procedures.
This Bishop mastoid chisel uses a straight 4mm wide blade with a hexagonal handle and a 152mm overall length for controlled removal of mastoid bone.
The Bishop mastoid chisel (straight, 5mm blade, hexagonal handle, 152mm) provides broader bone removal capability during mastoidectomy and cortical elevation. Its 5mm width expedites cortical bone cuts while maintaining control. The hexagonal handle geometry ensures reliable grip during percussive work.
The Bishop mastoid gouge performs controlled bone removal during mastoid and temporal bone surgery. Its 5mm wide blade efficiently evacuates disease and cortical bone, while the straight geometry ensures predictable advancement. The hexagonal handle provides secure grip and leverage over the full 152mm length.
The angled-up Blakesley ethmoid forceps accesses superior-ethmoid disease near the skull base during endoscopic sinus surgery. Its 45-degree angle and Size 0 proportions enable precise grasping of high ethmoid lamella and sphenoid disease. The 170mm working length preserves visualization.
The straight Blakesley ethmoid forceps excises ethmoid partitions and removes anterior-ethmoid disease during functional endoscopic sinus surgery. Size 0 tube proportions fit the narrow sphenoid ostium and anterior-ethmoid compartments. The 170mm working length maintains proximal control.
The Blakesley forceps (size 2, 4.5 × 11mm cup jaws) grasp and remove bone during FESS procedures in the ethmoid sinus and maxillary antrum. The size 2 cup geometry accommodates moderate bone and soft tissue fragments. Stainless steel construction supports the mechanical demands of sinus bone work.
Blakesley nasal forceps combine a through-cutting mechanism with a 2mm cup-shaped tip for reliable mucosa and polyp removal in functional endoscopic sinus surgery. The straight profile and 130mm working length support navigation through standard 0-degree endoscopes, while the Luer hub connection allows intraoperative irrigation for specimen evacuation and site cleaning.
The Blakesley nasal cutting forceps at 2.5mm (Size 00) deliver precision bone‑cutting for delicate endoscopic sinus surgery requiring removal of thin lamellar ethmoid bone and anterior sphenoid ostium widening. The straight‑tip design orients bite edges along the surgical axis for clean, controlled osteotomies. At minimal tip width, the instrument accesses confined anatomic spaces without mucosal or vascular trauma.
Blakesley cutting forceps deliver through‑cut action for precise polypoid tissue and sinus wall removal during endoscopic work. The 2.5mm straight tip penetrates confined spaces while the 120mm shaft length maintains visibility and control. Stainless‑steel jaws maintain cutting bite throughout extended operative cases.
The Blakesley nasal forceps with 45-degree angled shaft and 3.5mm through-cutting jaw provide access to lateral sinus recesses and anterior ethmoid cells during functional endoscopic sinus surgery. The angled approach supports removal of bone and disease from hard-to-reach ostium margins. The 115mm working length maintains deep-field visualization.
Angled 90 degrees up at the cup, this Blakesley size‑00 forceps delivers the sharpest upward trajectory for deep sphenoid and superior ethmoid work. The 3.5mm bite matches delicate ethmoid bone and polypoid tissue, while the heavy curve supports one‑handed insertion and manipulation. Stainless‑steel construction is built for lasting clinical durability.
Size 1 Blakesley forceps at 90 degrees up and 4 × 10mm cup deliver increased bite capacity for grasping larger polyps and frontal recess disease. The aggressive upward angle accesses difficult‑to‑reach compartments while the larger jaw provides robust engagement. Reusable stainless‑steel withstands hundreds of procedures.
This Blakesley fenestrated forceps angled at 45 degrees up with 3mm size‑00 jaws reaches disease in superior and lateral ethmoidal sinuses while the through‑holes (fenestration) allow tissue protrusion for controlled division. The angled geometry suits blind‑ended sinus cavities. Reusable stainless‑steel maintains reliable performance.
The fenestrated Blakesley nasal forceps features a 45‑degree upturned cup and small 4mm jaws for delicate grasping of tissue and bone in tight endoscopic sinus spaces. The fenestration reduces mass and improves visualization through the endoscope, while the upturned geometry allows precise manipulation of superior or posterior sinus disease. The 115mm working length reaches deep ethmoid and sphenoid structures.
The angled-up Blakesley nasal forceps accesses superior-located nasal and ethmoidal pathology during endoscopic sinus surgery. The 45-degree upward angle facilitates visualization and grasping of disease in the ethmoid roof and sphenoid rostrum. Fenestrated 3.5 × 10mm jaws reduce crush injury.
A staple of FESS instrument trays, this size 1 Blakesley nasal forceps presents straight cup jaws on a 190mm shaft for removing polyps, ethmoid cells, and middle turbinate fragments under endoscopic guidance. The smallest size in the series fits the pediatric nasal cavity and the narrowest adult ostiomeatal complex. Stainless steel construction holds the jaw alignment that endoscopic forceps depend on through repeat sterilization.
This Blakesley Size 2 nasal forceps offers a smaller cup profile for finer nasal work, including delicate turbinate handling and polypoid tissue removal. The straight configuration maintains excellent visualization through the nasal corridor.
Blakesley nasal forceps with straight cup jaws deliver consistent control during turbinate reduction and lateral nasal wall work. The 6mm (Size 3) cup tip grasps tissue securely while the 115mm shaft provides adequate reach into nasal passages. Stainless steel construction is built for reliable performance across repeat clinical use.
The Blakesley nasal forceps with fenestrated oval jaw (3 × 8.5mm) provides bone-cutting capability while distributing compression across a larger surface. The Size 0 configuration suits delicate nasal work, while the external serrations enhance grip on hard tissue. The 130mm working length enables reach into posterior ethmoid and sphenoid sinus compartments.
Blakesley straight forceps with 3 × 10mm cup provide robust engagement of polyps and septal tissue during endoscopic sinus procedures. At 190mm overall length with 115mm working depth, the instrument suits both insertion and anterior‑posterior working dissection. Stainless‑steel cup construction maintains dependable grip.
The straight Blakesley nasal forceps provides precise grasping and removal of nasal polyps, bone fragments, and diseased mucosa during FESS and endoscopic sinus surgery. Its 4 × 10mm cup jaw geometry delivers sufficient working surface for effective capture, while the 115mm working length reaches deep sinus ostia. Stainless steel provides lasting durability.
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.
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.