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The House knife (angled left, 7mm blade) provides precise cutting in the external ear canal and mastoid region during otologic procedures. Its 7mm blade width accommodates canal anatomy, while the left-sided angle supports contralateral approach work. Stainless steel composition ensures durability.
Features & Benefits
The House knife (angled right, 7mm blade) complements left-sided instrumentation during bilateral otologic procedures or right-sided canal work. Its 7mm blade dimensions suit external auditory canal anatomy. The right-sided angle optimizes ipsilateral surgical approach geometry.
The House stapes curette is a double-ended instrument engineered for precise removal of stapes bone and mucosa during ossicular surgery and stapes mobilization. Its 35-degree angled tips provide optimal visualization and curetting angle within the middle-ear space. Stainless-steel construction resists corrosion in the moist tympanic cavity.
This House suction irrigator at 2.5/4 French with a 70mm working length scales the standard 95mm working length down for delicate microsurgical work in narrower otologic fields. The concave thumb‑plate cutoff modulates the flow at the fingertip.
The 2.5/4 French House suction irrigator sits between the finest and standard gauges, delivering combined suction and irrigation for otologic dissection where a slightly broader flow channel is needed. The 95mm working length suits middle ear access, and the 140mm overall length keeps the hub clear of the microscope.
The House-Wullstein miniature ear cup forceps is angled 35 degrees upward with 0.6 × 1.2mm cups for ultra-fine ossicular work. The extra-fine geometry and 82mm working length support stapes surgery and ossicular replacement during tympanomeatal flap procedures.
This Howarth elevator is double-ended with straight geometry designed for subperiosteal separation in nasal and sinus dissection. Each end offers a different size or profile to accommodate various anatomical spaces. The 216mm length provides leverage while navigating the nasal cavity and paranasal sinuses during FESS.
The Hu‑style femtosecond cross‑action forceps is designed for delicate work following femtosecond laser keratotomy or refractive procedures. Its fine pointed tips and cross‑action leverage provide precise tissue positioning and flap management in high‑precision refractive cases. Stainless steel construction supports reliable performance during controlled force application at the corneal margin.
The humeral head retractor features dual blunt prongs and a U‑shaped hook on opposite ends for versatile shoulder exposure during rotator cuff and proximal humerus procedures. The 32mm wide blade with 184mm length provides broad tissue retraction while the curved geometry accommodates humeral head anatomy. Blunt prongs minimize trauma to deltoid and periosteal structures.
The Hurd tonsil dissector is a blunt dissector designed for gentle separation of the tonsillar capsule from surrounding pharyngeal muscle during tonsillectomy. Its rounded tip minimizes perforation risk while the stainless-steel blade glides smoothly along tissue planes. Optimal for cold steel technique.
This straight hydrodissection cannula delivers fluid with precision during cortical-capsular separation. The hooked tip maintains position within the anterior capsule while irrigant diffuses gently around the cortical mass. Its 25ga gauge and straight shaft support controlled entry through temporal or clear corneal incisions.
This I/A handpiece integrates a 17-gauge outflow and 23-gauge inflow configuration with a 0.3mm straight port geometry for precise cortex removal and anterior chamber fluid management. The reusable stainless steel construction supports reliable handoffs during both routine and complex phacoemulsification cases, including MICS procedures where compact tip dimensions minimize incision trauma.
This 0.5mm screw‑in I/A tip threads onto a standard handpiece for selective aspiration and chamber reformation during cortical cleanup. The threaded attachment supports secure seating and predictable replacement across reprocessing cycles, while the 0.5mm port suits broader cortex removal flow rates. Stainless‑steel construction is built for repeated clinical use.
This stainless‑steel straight I/A tip is paired with a silicone sleeve for sealed irrigation and aspiration during phacoemulsification, with a 0.3mm port and 45mm overall length. The sleeve protects the wound during cortex removal while the straight shaft suits standard clear‑corneal entry. Stainless‑steel construction supports reliable performance across repeated reprocessing cycles.
This curved titanium I/A tip pairs a 0.5mm port with a silicone sleeve for softer tissue aspiration and gentle nucleus handling during standard and micro‑incision cataract procedures. The larger 0.5mm opening reduces vacuum-induced trauma while maintaining efficiency, and the silicone jacket protects lens and capsular tissue. The 45mm length optimizes hand control.
This infusion adaptor is engineered as a compatible accessory component for specified ophthalmic infusion handles, supporting fluid delivery integration in anterior segment and phacoemulsification surgery. The precision fit design ensures secure connection without leakage during sustained irrigation. Reusable construction supports routine sterilization and multiple cases.
Designed for anterior chamber irrigation during cataract and anterior segment work, this 20ga infusion cannula delivers a steady fluid column through a 6mm tip. The fine gauge supports paracentesis entry without over-enlarging the wound, and the polished shaft slides cleanly through cornea or scleral tunnel. Stainless steel build withstands repeat autoclave cycles across reusable case loads.
This 20ga infusion cannula features a self-retaining tip design with 7mm bend-to-tip geometry for stable placement during vitreoretinal or anterior segment procedures. The self-retaining mechanism anchors the cannula within the sclerotomy or incision, enabling sustained balanced salt solution delivery without manual holding. Reusable stainless steel construction supports multiple cases.
The Inge retractor at 241mm carries toothed working tips locked by a special ratchet, holding deep soft tissue open hands‑free during major orthopedic exposure. The toothed grip anchors the retractor in dense tissue, and the special ratchet preserves spread under tension.
Pattern #81 ingrown nail forceps grip the nail plate margin for controlled traction during partial or complete avulsion. The jaw geometry seats against the lateral nail fold without crushing the underlying nail bed or paronychial tissue. Stainless‑steel construction tolerates the focused loading of nail extraction.
This initial incision blade is sized for early‑stage wound opening and primary retraction. The 2 × 1 inch profile suits standard incision geometries in general and orthopedic procedures. Stainless steel construction provides reliable reprocessing across multiple cases.
This initial incision blade is engineered for early surgical field opening and primary tissue retraction. The 2 × 1 inch geometry accommodates standard incisions in general and orthopedic approaches. Stainless steel construction supports reliable durability through routine sterilization.
Initial incision retractors in complete set configuration provide modular retraction components for early wound opening and shallow-field exposure in general surgery. The retractor set supports varied blade and prong options for customized retraction geometry.
These instrument guards provide a 1/8 inch interior opening by 1 inch length, sized for broader instrument shafts and specialized equipment requiring intermediate protection. Reusable polymer construction withstands routine steam sterilization without degradation. Open-ended design allows rapid installation and removal during case setup.
These blue instrument guards measure 2.0 × 19mm and are designed to protect instrument edges and personnel hands during sterilization tray transport and setup. The non-vented design maintains fluid barrier integrity while providing solid protection. Supplied in quantities suitable for case-ready instrument set assembly.
Clear instrument guards measuring 1/15‑inch × 3/8‑inch × 1 protect sharp instrument tips and prevent unintentional tissue contact during surgical setup and field transitions. The transparent construction allows full visibility of the guarded instrument. Reusable design supports repeated sterilization.
Clear instrument guards at 7/64 × 3/4 inch offer transparent protection that allows continuous visual inspection of guarded instruments without removal. The inert plastic resists interaction with cleaning agents and sterilizing media. The compact size accommodates fine instruments while maintaining minimal profile during storage.
These green instrument guards measure 7/64 inch interior width by 3/4 inch length and protect instrument tips and shafts during storage and transport to prevent corrosion and cross-contamination. The molded polymer construction is reusable through multiple sterilization cycles and resists staining. Color-coded design supports rapid inventory organization and surgical case preparation.
Maroon instrument guards measuring 13/32 × 3/4 inch provide color‑coded protection for instrument identification and organization. The larger bore diameter accommodates thicker shafts while the tinted plastic resists staining and maintains durability across many reuse cycles. Quick‑slip installation supports efficient instrument setup.
Packaged 100 per box, these solid brown instrument guards protect delicate tips through cleaning, sterilization, and storage. Vented holes allow steam penetration during autoclaving without trapping moisture. The 2 × 15.9 × 25.4mm size fits fine‑tipped microsurgical and ophthalmic instruments.