Your cart is empty!
Micro ear forceps with smooth jaws deliver gentle grasping of ossicular structures and delicate middle-ear tissue during otologic microsurgery and ossicular reconstruction. The 6 × 0.9mm jaw dimensions with 1.8mm jaw height provide optimal precision for stapes, incus, and malleus manipulation. The 82mm working length maintains adequate reach within the middle-ear space.
Features & Benefits
Micro ear hook with 90-degree downward angling and 1mm tip diameter enables gentle retraction and mobilization of ossicular structures during otoscopic and microscopic ear surgery. The 152mm length maintains adequate working distance from the operating microscope while the side-angled shank positions the hook for controlled contact with stapes and incus bodies.
The micro ear hook features 90‑degree angled up geometry with 1mm tip and shank‑side angle for delicate ossicular work and stapes manipulation during microsurgery. The small 1mm hook accommodates tight middle‑ear anatomy. 155mm length ensures steady control.
The micro surgical forceps with diamond-dusted platform jaw delivers precision grasping for delicate vascular and neural work during otologic and neurosurgical procedures. Its 1mm platform distributes contact force evenly, reducing crush injury. The round diamond-knurled handle provides secure finger traction without slippage.
The microlaryngology cup cutting forceps features finger-movable jaws with a 2mm cup angled upward at 22 degrees for controlled laryngeal tissue removal. The angled cup configuration improves approach during phonatory polyp or vocal cord lesion dissection. The 230mm working length extends the operative reach through the laryngoscope.
Identical to the 1875 model, this microlaryngology cup cutting forceps delivers 2mm cup-bite angled upward at 22 degrees for precise laryngeal tissue removal. The finger-movable action allows graduated closure to avoid excessive tissue trauma during phonatory structure work. The 230mm working length provides adequate reach for translaryngeal dissection.
Millard double-hook forceps combine a 10mm hook span with swivel-thimble design and 1 × 2 Adson-type sharp-tooth pattern for three-dimensional cartilage control during rhinoplasty. The swivel mechanism enables rotation without hand repositioning, supporting ergonomic management of cartilage grafts and tip-support reconstruction. Spring tension maintains consistent jaw pressure across prolonged dissection phases.
The adult Molt mouth gag is sized for large surgical fields during tonsillectomy and velopharyngeal surgery in adult patients. The heavy-duty stainless steel frame maintains consistent opening against pharyngeal musculature, supporting hands-free exposure of the posterior oropharynx. Secure ratchet mechanism prevents unintended closure during prolonged procedures.
The small Molt mouth gag is sized for pediatric and narrow oropharyngeal fields during tonsillectomy and adenoidectomy in children. The reduced frame size allows secure positioning without posterior pharyngeal strain. Stainless steel ratchet mechanism ensures reliable exposure maintenance throughout surgery.
Built as a dual‑purpose instrument, the Morisson‑Hurd carries a 7 × 22mm curved serrated dissecting end on one side and a 10mm‑wide pillar retractor on the other, sized for tonsillar pillar work during tonsillectomy. The longitudinally serrated handle prevents slip during dissection, and the 224mm length matches deep oropharyngeal access.
This mouth gag extension provides additional length for deeper pharyngeal and laryngeal access during extended ENT procedures. Compatible with standard mouth gag frames, it allows surgeons to position retraction hardware further back in the oropharynx while maintaining clear visualization. Stainless steel construction supports reliable performance across repeated sterilization cycles.
The Murphy ball hook is a curved instrument measuring 8 inches (203mm) overall, designed for gentle retraction and elevation of soft tissues during laryngeal and pharyngeal surgery. The curved geometry follows tissue planes atraumatically while the ball tip distributes pressure across a broader surface.
Packaged sterile in a box of ten, this dual-sided spear-tip myringotomy blade incises the tympanic membrane for ventilation tube placement and middle-ear drainage. The pointed spear profile creates a clean radial incision in a single pass, and dual cutting edges let the surgeon orient the blade without rotating the handle. Stainless‑steel construction supports a consistent edge across each single‑use unit.
This myringotomy knife handle (chuck style) is designed to accept standard myringotomy blade inserts for controlled incision of the tympanic membrane during tympanostomy tube placement and fluid drainage procedures. The chuck mechanism securely holds interchangeable blade tips while the compact 3.67 inch handle supports fingertip precision during delicate tympanic work. Reusable stainless steel construction supports long‑term sterilization cycles.
Curved at the working tip, this 9mm myringotomy knife creates a clean radial incision in the tympanic membrane for middle‑ear ventilation or effusion drainage. The SLIG profile slides through the external auditory canal with minimal tissue contact, preserving visualization under the operating microscope. Stainless steel construction supports reliable autoclaving across routine pediatric and adult ear cases.
These myringotomy spoon blades (angled, sterile, 6 per package) are designed for controlled tympanic membrane incision and separation during acute otitis media drainage and tube insertion. The angled blade geometry allows perpendicular approach to the posterosuperior quadrant through the external auditory canal. Each sterile single‑use blade supports consistent, safe myringotomy technique across pediatric and adult populations.
The nasal scissors adult version offers curved‑right geometry with blunt tips and 15mm blades for intranasal mucosal and septal work. The blunt profile prevents unintended mucosa perforation during septoplasty and polypectomy. Curved geometry aligns with nasal cavity anatomy.
Designed with left curvature for accessing contralateral sinus anatomy, these scissors provide controlled mucosal dissection in endoscopic sinus surgery. The tubular shaft reduces bulk in the nasal cavity, and the 130mm working length ensures adequate reach to posterior ethmoid and sphenoid compartments. Reliable stainless steel composition supports repeated clinical use.
These nasal sinus scissors feature a right curvature ideal for accessing lateral and posterior sinus compartments during FESS procedures. The 130mm working length extends the surgical reach while maintaining fine control through narrow nasal corridors. Stainless steel construction withstands routine sterilization cycles essential for high-turnover ENT cases.
These pediatric nasal-sinus scissors feature compact 5mm straight blades suited for delicate intranasal and sinus work in children. The restricted 105mm working length preserves proximal control during endoscopic access through the nasal cavity and sphenoid ostium. Straight geometry enables precise mucosal and polyp removal.
These nasal sinus scissors feature a straight tubular shaft and sharp blades optimized for soft tissue dissection and membrane cutting during functional endoscopic sinus surgery. The 130mm working length and tubular design provide visibility throughout the ostiomeatal complex without glare or obstruction. At 220mm overall, the instrument reaches deep into the maxillary and sphenoid sinuses. Stainless‑steel construction is built for lasting durability.
This infant nasal speculum uses 18mm blades with a 130mm overall length to support gentle dilation of narrow pediatric nasal passages.
This nasal speculum, number 1, features 30mm conventional blades with thin well‑rounded tips and a 130mm overall length to support controlled nasal cavity dilation.
This nasal speculum, number 2, incorporates 31mm modified blades with thin well‑rounded edges and a 135mm overall length for enhanced nasal visualization.
This standard nasal speculum Size 1 with 28mm modified thin well-rounded blades provides gentle elevation and separation of nasal valves during routine rhinoscopy and anterior septoplasty. The smooth rounded blade edges minimize mucosal trauma and pressure points. The 130mm length suits clinic and endoscopy room use.
Designed for nasal spine retraction during septorhinoplasty, this 44 × 9.5mm retractor maintains separation of the nasal dorsum and bridge during bony work. The 220mm overall length provides adequate hand distance from the field while the broad blade surface distributes retraction force evenly across bone. Stainless steel withstands sustained traction.
The Neivert knife guide retractor offers dual functionality during nasal and septal procedures. One end provides a 4mm knife guide groove for controlled blade advancement, while the opposite end features a 15mm closed retractor for tissue protection. The 173mm length supports bimanual septal dissection technique.
The Neivert osteotome performs controlled bone work with single-guard protection during nasal and sinus procedures. Its 4mm straight cutting edge with periosteal guard prevents uncontrolled depth advancement. The 203mm length supports bimanual technique with reliable tactile control.
This double‑ended Neivert retractor features ball‑tipped prongs that provide atraumatic tissue mobilization in otologic and lateral neck dissection cases. The 3.8mm blades with 11mm spread permit precise lateral wall or auditory canal exposure without crushing underlying structures. A 218mm length enables single‑handed retraction in confined anatomic spaces.
Carried for emergent and elective tracheal access, the News tracheal retractor presents a curved sharp hook on a 152mm shaft. The hook engages the tracheal ring or cricoid edge during tracheostomy and elevates the airway toward the surgeon while a second operator passes the tube. Stainless steel construction holds the sharp tip integrity through repeated steam sterilization in head‑and‑neck trays.