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This Vienna original nasal speculum, number 1, uses 24mm blades with a 134mm overall length for controlled anterior nasal access.
Features & Benefits
This Vienna original nasal speculum, number 2, incorporates 30mm blades and a 134mm total length to support moderate nasal dilation.
This Vienna original nasal speculum, number 4, features 34mm blades with a 134mm length to support broader nasal expansion.
This Vienna original nasal speculum, size 3, uses 32mm blades with a 134mm overall length for expanded nasal visualization.
This vocal cord spreader opens the anterior larynx to 4.5mm spread, enabling optimal exposure of glottic pathology and intralaryngeal lesion removal. The 2mm shaft and 250mm working length fit snugly within the laryngoscopic field while maintaining clear visualization. Durable stainless‑steel construction withstands repeated thermal and chemical sterilization.
The Vogel adenoid curette combines a 7mm cup with a straight shaft designed for adenoid tissue removal in pediatric patients. Its 216mm overall length provides leverage while keeping the hand clear of the oropharynx during transoral dissection. The cup geometry scrapes lymphoid tissue away from pharyngeal fascia without penetrating deeper structures.
Sized for the infant nasopharynx, this small Vogel adenoid curette carries a 9 × 12mm curved cup on a 214mm shaft for transoral adenoidectomy. The curved cup hugs the posterior nasopharyngeal wall, shaving adenoid tissue from the choanae down to the soft palate in one controlled pass. Stainless steel construction holds the cup edge through repeat pediatric adenoid lists and steam sterilization.
The Walsham septum straightening forceps delivers a straight profile with extended 229mm reach designed for forcible septal straightening and fracture reduction in deviated septum correction. Its elongated geometry provides substantial mechanical advantage for corrective maneuvers without excessive surgeon effort. Stainless steel construction withstands the rigors of forceful straightening.
These Walsham septum straightening forceps deliver powerful control over deviated cartilaginous and bony septum during rhinoplasty. The straight design prevents tissue leverage loss while the forceps jaws clamp on septal deflections for precise realignment. At 229mm, the length provides adequate hand distance from the nasal field while maintaining tactile feedback.
The Watson‑Williams polyp forceps, size 1, features 6 × 8mm cup jaws and straight geometry for secure grasping and delivery of large nasal polyps and inflammatory disease. At 191mm overall and 115mm working length, it provides both deep reach and clear visualization. Stainless‑steel cup construction ensures reliable performance.
The Watson‑Williams polyp nasal forceps feature a Size 2 jaw (8.5mm × 17mm) shaped specifically for grasping and removing nasal and sinus polyps in their full width. The straight 115mm working length provides direct access to common polyp sites�the ostium and middle turbinate�without excessive shaft length. Proven geometry for complete polyp resection.
The Weil‑Blakesley size 00 sinus forceps employs straight geometry with 2.5mm bite for delicate anterior ethmoid and maxillary ostium work during endoscopic sinus surgery. The straight profile permits direct line‑of‑sight cutting without angled deflection. Serrated surfaces grip mucosa during precise tissue removal.
The Weil‑Blakesley sinus forceps combines through‑cutting capability with 45‑degree upbite and 3.6 × 5.5mm jaw for maxillary ostium enlargement and anterior ethmoid access. The serrated lower jaw grips mucosa and bone securely. 100mm working length positions the jaw within the ostium.
Weil‑Blakesley through‑cut sinus forceps with 2.5mm bite and straight geometry deliver precise cutting of thick sinus mucosa and granulation during functional endoscopic surgery. The through‑cut mechanism ensures complete tissue division without crushing residual disease. Stainless‑steel jaws maintain their cutting edge.
The Weil-Blakesley sinus forceps delivers through-cutting action in a compact 2mm bite, designed for removing bone and tough sinus tissue during functional endoscopic sinus surgery (FESS). The straight shaft offers surgeon tactile feedback and excellent control during ostium enlargement and polyp removal.
This pediatric Weil‑Blakesley through‑cut forceps features a 2.5mm bite and 105mm working length, sized for restricted nasal passages and ethmoid dissection in children. The through‑cut edge efficiently removes bone and soft tissue during endoscopic sinus surgery, while the smaller tip geometry navigates tight anatomic corridors. Stainless‑steel construction endures repeated sterilization.
Weil-Blakesley through-cut sinus forceps, size 0, with straight jaws and 3.6mm bite delivers precise polyp and tissue removal during functional endoscopic sinus surgery. The compact 105mm working length accommodates standard rigid endoscopes, while the through-cutting capability enables clean specimen separation without crushing delicate mucosa.
Angled 45 degrees with a serrated lower jaw, this Weil‑Blakesley through‑cut sinus forceps combines cutting action with anti‑slip serration for secure tissue engagement. The 3mm cup accommodates larger fragments while the 115mm working length maintains visualization. Stainless‑steel construction ensures durability.
The Weil‑Blakesley through‑cut sinus forceps delivers 2.5mm smaller bite with 45‑degree upbite and serrated lower jaw for delicate anterior ethmoid and maxillary sinus work. The smaller bite accommodates confined anatomy and precision bone removal. Serration prevents slipping during aggressive tissue grasping.
The Weil nasal forceps with cup‑shaped jaws deliver reliable grasp and gentle tissue delivery in endoscopic and open nasal procedures. Straight geometry enables direct insertion along the nasal axis, and cup jaws distribute pressure without crushing polypoid tissue. Stainless‑steel construction ensures consistent performance.
The Weil‑Blakesley nasal cutting forceps with 2.5mm angled tip and 45‑degree upward orientation access the inferior nasal septum and lower turbinate attachment sites during septoturbinoplasty and FESS. The angled bite enables approach from below structures that straight instruments cannot reach atraumatically. At 120mm working length, the curved geometry improves sight lines to distal septal and turbinate targets.
The Weil‑Blakesley nasal cutting forceps with 3mm angled tip and 45‑degree upward orientation provide controlled access to the lower nasal septum, inferior turbinate bases, and posterior ethmoid roof during extensive FESS dissection. The upward angle allows seamless approach to structures below the horizontal surgical axis. At 120mm working length, the instrument maintains stable control through complex septoturbinal anatomy.
Weil-Blakesley sinus forceps with straight jaws and 2.5 × 6mm bite opening enable precise tissue removal and polyp extraction in functional endoscopic sinus surgery. The rectangular jaw geometry and straight design optimize access through rigid endoscopes to maxillary and ethmoid ostia, while the bite dimensions accommodate tissue specimens without excessive force.
The Weil‑Blakesley nasal cutting forceps combines a precise 2.5mm tip with a straight shaft designed for trimming and removing mucosal and osseous tissues during FESS and septoplasty. The cutting jaw geometry enables controlled, fine tissue excision within confined nasal passages. The 120mm working length provides adequate reach to the maxillary and ethmoid sinuses while preserving maneuverability.
The Weil‑Blakesley nasal cutting forceps at 3.6mm tip width extend biting capacity for larger septal, turbinate, and sinus bone resections during FESS and revision endoscopic nasal surgery. The straight‑tip orientation maintains alignment with the intended osteotomy line. At 120mm working length, the forceps accommodate intricate maneuvering around anterior and posterior ethmoid structures.
The Weil‑Blakesley nasal cutting forceps with 3.6mm tip and 45‑degree upbiting geometry deliver expanded cutting capacity for lateral nasal wall and maxillary ostium widening during FESS. The upward‑angled bite edges access the sinus ostium from below while the tip width accommodates removal of larger bone fragments. At 120mm working length, the forceps provide excellent leverage for ostium enlargement.
The Weil‑Blakesley nasal cutting forceps with 3.6mm tip and 90‑degree upbiting geometry provide vertical bite orientation for removal of perpendicular lamina ethmoidalis and middle turbinate from superior to inferior during endoscopic sinus dissection. The nearly perpendicular bite angle enables optimal force transfer for hard bone cutting. At 120mm working length, the instrument achieves maximum control in deep endonasal spaces.
The Weil‑Blakesley nasal cutting forceps at 3mm tip width provide precision bone‑biting capability during endoscopic sinus surgery, particularly for ethmoid lamina removal and sphenoid ostium widening. The straight‑tip design orients the bite edges perpendicular to the surgical axis. At 120mm working length, the instrument delivers excellent visualization and control within the cramped endonasal space.
Weil-Blakesley straight nasal forceps with a 4.8mm jaw opening are engineered for grasping and removal of polyps and tissue fragments in the nasal cavity and paranasal sinuses. The straight design enables direct endoscopic access, while the moderate jaw size accommodates routine polypectomy and specimen handling in functional endoscopic sinus surgery.
The Weil‑Blakesley through‑cut nasal forceps at 45 degrees with 2.5mm jaw delivers cutting capability for polypoid disease in lateral and superior nasal passages. The angled geometry accommodates approach variation without requiring instrument exchange. Stainless‑steel through‑cut jaws maintain dependable cutting performance.