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McGivney hemorrhoidal ligators with offset handle geometry and large loading cone design enable single-handed placement of elastic O-rings over hemorrhoidal tissue. The 178mm working length provides reach into the anorectum during proctologic procedures. Offset handle positions the surgeon's hand clear of the optical path during anoscopic visualization.
Features & Benefits
Used in forefoot and small‑bone surgery, this McGlamry bullneck curette presents a 4mm size‑4 cup on a stout neck that resists bending while scooping cancellous bone and cyst contents. The 127mm length suits the shallow working depths of metatarsal and phalangeal procedures. Stainless‑steel construction tolerates the focused loading of small‑bone curettage.
This McIntyre anterior chamber cannula combines fine 27‑gauge access with a blunt safety tip for anterior chamber manipulation and fluid management. The polished finish reduces tissue drag, while the 18mm total length enables reach to central and peripheral anterior chamber zones. Built for reliable cortical removal and irrigation during cataract extraction.
The McIntyre handpiece features a Luer‑connector aspirating/irrigating design with an 8mm diameter handle for efficient cortex removal and anterior chamber management. At 76mm compact length, its streamlined geometry preserves surgical visibility and intraoperative access. Stainless steel construction delivers reliable durability across extensive sterilization and reprocessing.
The McIntyre lacrimal cannula irrigates the canalicular system through a 23ga curved shaft with a closed end and 0.3mm dual side ports. Lateral ports distribute saline along the canalicular wall rather than driving a forward jet, reducing the risk of false passage during diagnostic irrigation. The 46mm working length suits standard hub‑mounted syringe use.
Built from heavy 1mm wire, the McIntyre open wire speculum forms V‑shaped blades that retract the upper and lower lids with broad, low‑profile contact across the conjunctiva. The 16mm blade length and 27mm spread suit standard adult anterior segment exposure, while the open architecture preserves visualization of the cornea and limbus. The 45mm stainless‑steel frame sits compactly within the orbital margin.
This McIntyre open wire speculum is designed for broad eyelid retraction during anterior segment procedures. The V‑shaped wire blades gently separate lid margins while maintaining full visibility of the cornea and conjunctiva. The compact 45mm length provides stable positioning without obstructing the surgical field.
This McIntyre truncated outer cannula is a 19-gauge infusion-aspiration component optimized for steady anterior chamber fluid management during phacoemulsification. The tapered tip and two side openings distribute flow without focal jetting, while the polished finish supports smooth passage through the paracentesis incision. The truncated outer design integrates with standard phaco handpiece tubing for reliable fluid exchange.
The McKenty periosteal elevator performs subperiosteal dissection during nasal, sinus, and mastoid approaches. Its 4mm blade width provides sufficient surface area for controlled elevation while remaining narrow enough for confined spaces. Suited for both open and endoscopic procedures.
This McPherson needle holder offers straight geometry with fine 11mm jaws and a release mechanism (without lock) for situations requiring smooth needle feed without mechanical restraint. The straight profile delivers direct vertical access during corneal and limbal closure. Fine jaw size accommodates delicate suture materials, while serrated flat handle provides reliable grip without locking resistance.
The McPherson needle holder combines straight geometry with fine 11mm jaws and a locking mechanism optimized for delicate anterior segment suturing. The straight profile enables direct vertical approach to corneal and limbal wounds, while the fine jaw size accommodates 10‑0 through 9‑0 suture materials. Serrated flat handle provides reliable grip during prolonged fine suture work.
The McPherson suture forceps features 45-degree angled geometry with 0.3mm micro-tips and 1 × 2 interlocking teeth for corneal and anterior capsule tying. The 6mm tying platforms and 10mm bend-to-tip distance optimize ergonomic suture positioning, while the three-hole handle design delivers secure fingerhold without cramping. This instrument supports fine interrupted and continuous closure techniques.
The McPherson suture forceps are angled 45 degrees with ultra‑fine 0.4mm tips and a 1 × 2 interlocking tooth pattern for secure suture manipulation during corneal and limbal wound closure. The tying platforms support reliable knot tying, and the lightweight three‑hole handle reduces overall instrument mass for sustained microsurgical control. The 7mm bend‑to‑tip geometry provides clean access at the operative site.
The McPherson tying forceps is a precision micro-ophthalmic instrument featuring 0.3mm fine tips and 6mm titanium carbide tying platforms. Its 45-degree angled geometry provides optimal positioning for delicate knot management during cataract and corneal procedures. The flat 6mm wide handle supports stable, controlled micro-movements.
These titanium McPherson tying forceps are angled and include 5mm tying platforms for secure knot support. The three‑hole handle and 105mm overall length enhance rotational and axial control.
The McPherson tying forceps features 7.5mm tying platforms�broad flat working surfaces that stabilize sutures during knot formation. The angled shaft at 105mm length positions the platforms optimally for wound closure at the cornea and limbus. Titanium construction provides rigidity and corrosion resistance through repeated sterilization cycles.
The Mead mallet uses replaceable white nylon heads to provide gentle, atraumatic striking forces when working with periosteum and sensitive bone structures. The cylinder-shaped head measures 26mm and the whole instrument weighs 11.5oz, offering substantive percussion without metal-to-bone contact that could cause tissue trauma. Finger grip and round handle support secure control.
These 20mm nylon replacement caps fit Mead mallets to restore the impact face after wear. The nylon surface delivers controlled strikes on osteotomes and chisels without metal‑on‑metal noise, and the threaded fit holds the cap against repeated mallet impacts.
At 140mm, the Medicut utility scissors in white provide compact cutting control ideal for confined surgical spaces or delicate tissue work. The straight profile maintains visibility while the white color coding helps prevent mix-ups with other instruments. Stainless-steel blades retain sharpness across extended case loads.
The 37mm Mercedes areola marker stamps a three‑pointed cut pattern onto the areola at the start of breast reduction and reshaping procedures. The blunt marker edges score the skin without lacerating, preserving the planned incision lines through the case.
The Mercedes areola marker brings a specialized blunt‑tipped design to nipple‑areolar positioning during breast reconstruction, offering a gentle alternative where tissue preservation is paramount. The 50mm diameter accommodates generous areolar anatomy while the blunt tip reduces trauma during intraoperative template positioning. Reusable stainless steel supports long‑term program reliability.
Mercedes areola marker enables precise preoperative marking of areola position during breast augmentation and mastopexy procedures. The sharp 50mm diameter creates uniform circular templates for anatomical symmetry. The marker diameter directly translates to consistent nipple‑areola complex positioning across bilateral breast surgery, supporting reproducible surgical outcomes.
This curved Metzenbaum delicate scissor offers Super Cut blades paired with a serrated lower edge for tissue control. The curved shaft provides ergonomic alignment with anatomical contours during fine dissection. Rounded shanks and blunt tips improve safety in microsurgical applications.
Metzenbaum-Lahey scissors in stainless steel with Super Cut serrated lower blade deliver enhanced cutting efficiency and controlled tissue separation. The delicate, fine straight geometry suits confined spaces and precise dissection. Rounded shank handles reduce hand fatigue during extended procedures. Black ring handles provide secure, non-slip grip.
This straight Metzenbaum delicate scissor combines Super Cut blade edges with a serrated lower blade for dual-function cutting. The fine-tip geometry supports precision dissection in confined surgical fields. At 156mm, the increased length extends reach while maintaining the delicate tip profile.
This 178mm Metzenbaum delicate scissor combines a straight profile with Super Cut blades for extended-reach dissection. Serrated bottom edge enhances grip on dense fascial layers during abdominal or thoracic work. The fine-tip geometry preserves precision despite the greater length.
Metzenbaum‑Nelson scissors extend the standard pattern to 229mm for deeper dissection in chest and abdominal cases. Super‑cut serrated edges grip tissue rather than push it, producing cleaner cuts on dense fascia and connective tissue. Black ring handles identify the super‑cut pattern at a glance during instrument turnover.
These delicate Metzenbaum dissecting scissors are crafted from tungsten carbide and feature a curved blade profile for fine tissue plane separation. The 7" (178mm) length suits controlled dissection in confined spaces while TC construction preserves sharpness. The delicate blade tips minimize trauma.
The Metzenbaum fenestrated needle holder offers a straight jaw pattern with fenestration windows that reduce instrument weight while maintaining secure needle grip. Its 178mm length supports comfortable needle manipulation in ENT procedures. The spring-driven closure ensures repeatable grasp tension for reliable suturing mechanics.
This Metzenbaum scissor features a standard curve with blunt blades and ring handles, designed for controlled tissue dissection across general surgical procedures. The 178mm length provides balanced reach while the curved blade profile enhances visibility along anatomical contours. Blunt tips improve safety near delicate structures.