Blakesley Nasal Forceps with 8–12mm Cup Jaws for Endoscopic Sinus Surgery

Blakesley Nasal Forceps, SKU PS-5228, is a German stainless steel ENT forceps designed for controlled biting, grasping, and removal of nasal polyps, ethmoid tissue, mucosal fragments, and small intranasal specimens during sinus and nasal surgery. The available variants are No. 0 with cup 8mm x 3.5mm wide, No. 1 with cup 11mm x 4mm wide, and No. 2 with cup 12mm x 5mm wide. The instrument has long slender shafts, angled cup jaws, an oval biting fenestration, ring handles, a pivoted jaw mechanism, and a narrow distal working profile for use through nasal specula, endoscopic sinus corridors, and restricted intranasal access. It is used during functional endoscopic sinus surgery, anterior and posterior ethmoidectomy, nasal polypectomy, sphenoidotomy support, maxillary antrostomy tissue clearance, intranasal biopsy, septorhinoplasty support, and postoperative debridement. ENT surgeons, rhinologists, facial plastic surgeons, hospitals, clinics, ambulatory surgery centers, teaching programs, and distributors can place this reusable Class I nasal forceps in CE, ISO 13485, and FDA-compliant instrument trays.

Angled Cup Jaw Mechanism and Ring Handle Control

The Blakesley pattern uses a long shaft and distal pivot to carry the working bite into the nasal cavity while keeping the surgeon’s hand outside the endoscopic field. The angled distal jaw opens above the lower cup, allowing tissue to be engaged at the target site without excessive shaft rotation. The oval fenestrated bite collects a controlled amount of polyp, ethmoid cell remnant, mucosa, or biopsy tissue before the jaws close. Ring handles translate finger pressure into distal jaw movement and support stable manipulation during repeated bites. The straight shaft provides line-of-sight access beside endoscopes, suction tips, Freer elevators, sickle knives, and nasal specula. The slim profile helps preserve working space in middle meatal and ethmoid corridors. The mechanism is used through a sequence of approach, open, capture, close, withdraw, inspect, and continue. This controlled bite action supports tissue removal where scissors or dressing forceps do not provide the same cup-based capture. The distal geometry also helps limit unnecessary sweeping movement inside a narrow nasal passage.

Endoscopic Sinus and Nasal Tissue Removal Workflow

In functional endoscopic sinus surgery, Blakesley Nasal Forceps is introduced after topical preparation, visualization, uncinate work, and identification of the tissue segment requiring removal. During anterior ethmoidectomy, the jaws engage small ethmoid partitions, polypoid mucosa, or loose fragments while the endoscope maintains visualization of the middle turbinate and lamina papyracea boundary. In posterior ethmoid work, the narrow shaft supports deeper access when the surgeon selects an appropriate cup size and maintains controlled orientation. During nasal polypectomy, the instrument removes discrete polyp tissue after exposure and suction clearance. In maxillary antrostomy or sphenoidotomy support, the forceps may remove mucosal tags or small obstructing fragments once the ostium has been opened with the planned instrument sequence. In septorhinoplasty support, it can assist selective intranasal tissue retrieval when cup access is preferred. After each bite, the surgeon reassesses bleeding, visualization, residual tissue, orbital or skull base proximity, suction clearance, and readiness for the next step. The instrument is repeatedly withdrawn for specimen control and jaw cleaning when tissue load affects closure.

Selection of No. 0, No. 1, and No. 2 Cup Sizes

No. 0 Blakesley Nasal Forceps with cup 8mm x 3.5mm wide is selected for narrow intranasal corridors, pediatric-adapted access when appropriate, small ethmoid fragments, limited polyp tissue, and precise biopsy retrieval. No. 1 with cup 11mm x 4mm wide is the intermediate pattern for routine adult ethmoidectomy, middle meatal work, nasal polypectomy, and controlled mucosal removal where a balanced bite volume is required. No. 2 with cup 12mm x 5mm wide is selected when a wider bite is needed for larger polypoid tissue, broader ethmoid remnants, or faster clearance of accessible nasal fragments under direct visualization. Size selection depends on cavity width, endoscope angle, target tissue volume, bleeding, working depth, and the surrounding anatomy. A smaller cup improves precision near delicate boundaries, while a larger cup increases capture volume when exposure is adequate. Hospitals can stock all three options in rhinology, ENT surgery, nasal forceps, septoplasty, and endoscopic sinus sets. The three-size range lets surgeons adjust bite volume without changing the basic Blakesley handling pattern.

German Stainless Steel, Finish, Sterilization, and Procurement Standards

German stainless steel provides the rigidity, corrosion resistance, and dimensional stability required for repeated ENT tissue biting, hospital cleaning chemistry, and steam sterilization cycles. The available finish options are satin, dull, and mirror, allowing facilities to match tray appearance and surgical lighting preferences. Satin and dull surfaces reduce glare under endoscopic and overhead illumination, while mirror finish supports receiving inspection and set assembly. After use, the cup recess, oval fenestration, distal pivot, jaw hinge, shaft junction, ring handles, and inner working surfaces require prompt cleaning so blood, mucus, tissue residue, and processing debris do not dry on the instrument. Standard reprocessing includes rinsing, manual brushing of the cup and hinge, ultrasonic cleaning when approved by facility protocol, washer-disinfector treatment, drying, pivot inspection, packaging, and steam autoclave sterilization. CE marking, ISO 13485 manufacturing controls, and FDA procurement context support Class I reusable instrument purchasing for hospitals, clinics, distributors, and operating room supply teams. MOQ of one piece supports replacement ordering and tray replenishment.

How does Blakesley Nasal Forceps differ from Takahashi Nasal Forceps?
Blakesley Nasal Forceps uses angled cup jaws for controlled biting and retrieval of polypoid tissue, ethmoid fragments, and intranasal specimens. Takahashi Nasal Forceps is generally selected when a stronger through-biting pattern is required for firmer nasal or sinus tissue. The Blakesley pattern provides a cup-based capture that holds the removed fragment inside the oval jaw. Takahashi patterns often have a more aggressive biting profile for larger or tougher tissue removal. Blakesley Nasal Forceps is preferred when the surgeon needs refined access through endoscopic sinus corridors. The clinically relevant difference is controlled cup capture versus stronger through-biting nasal forceps action.

Which Blakesley Nasal Forceps cup size should be selected?
Blakesley Nasal Forceps is available in No. 0, No. 1, and No. 2 cup sizes. No. 0 with cup 8mm x 3.5mm wide is selected for narrow access, small ethmoid fragments, limited polyp tissue, and precise biopsy retrieval. No. 1 with cup 11mm x 4mm wide is selected for routine adult ethmoidectomy and middle meatal tissue removal. No. 2 with cup 12mm x 5mm wide is selected when a broader bite is needed for larger polypoid tissue or accessible ethmoid remnants. Selection depends on endoscope angle, access depth, tissue volume, bleeding, and proximity to delicate boundaries. Stocking all three sizes allows ENT teams to match bite volume to the surgical stage.

How do CE, ISO 13485, and FDA details support procurement?
Blakesley Nasal Forceps is supplied with CE, ISO 13485, and FDA procurement context for Class I reusable surgical instrument purchasing. CE marking supports conformity documentation for healthcare markets requiring European medical device references. ISO 13485 indicates manufacturing under a medical device quality management system with controlled production and traceability. FDA procurement context supports hospitals, clinics, and distributors serving United States ENT instrument supply channels. These details assist tender submissions, vendor onboarding, operating room inventory approval, and distributor catalog documentation. The $38.50 price, one-piece MOQ, OEM availability, and one-year warranty support replacement ordering and reusable sinus surgery tray assembly.

How are the pivot, angled cup jaw, and ring handles used intraoperatively?
The surgeon advances Blakesley Nasal Forceps into the nasal cavity under direct visualization after the target tissue has been exposed. The angled cup jaw is opened beside the tissue fragment, then closed to capture polyp, mucosa, ethmoid remnant, or biopsy material. The pivot transfers ring-handle compression into distal jaw movement while the long shaft maintains access through the working corridor. Ring handles allow controlled finger positioning and repeated bite cycles without changing the basic hand posture. The instrument is used through a sequence of approach, capture, close, withdraw, inspect, and clean the cup when required. After each bite, the surgeon checks visualization, bleeding, residual obstruction, and proximity to orbital or skull base boundaries.

What should sterile processing and supply teams check before reuse?
Sterile processing teams should clean Blakesley Nasal Forceps immediately after surgery so blood, mucus, tissue residue, and processing debris do not dry inside the cup, hinge, fenestration, shaft junction, or handle rings. The distal cup should be opened during brushing to expose the inner biting surface and pivot. Ultrasonic cleaning, washer-disinfector treatment, drying, inspection, packaging, and steam autoclave sterilization are performed according to facility protocol. Supply teams should confirm jaw alignment, smooth pivot movement, intact cup edges, and clean fenestration before returning the instrument to an ENT tray. Hospitals can assign No. 0, No. 1, and No. 2 options to rhinology, septoplasty, FESS, biopsy, and teaching sets. Distributors can use carton-box packing, one-piece MOQ, OEM availability, and return or replacement service for practical inventory planning.