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This modified Alfonso-style speculum is engineered for compact refractive and phacoemulsification procedures where minimal instrument footprint is critical. The 6mm solid blades and 27mm spread accommodate delicate periocular tissue while maintaining clear access to the anterior segment. The 45mm overall length supports microincisional approaches.
Features & Benefits
The Monarch II loading forceps is designed for precise IOL cartridge manipulation and fold-free lens insertion during cataract surgery. Its three-hole handle geometry provides secure fingertip control during critically balanced loading motions. The serrated flat handle resists rotational slip, enabling surgeons to maintain consistent cartridge orientation through the incision.
This monopolar electrosurgical cable connects bovine‑compatible generators to ophthalmic instruments with standardized pin connectors for predictable current delivery. The straight configuration supports unobstructed lead routing in confined ophthalmic fields. Reusable construction and compatible connector interfaces simplify equipment integration and charger accessibility in multi‑generator OR environments.
These Moody fixation forceps carry 1 × 2 teeth on a 0.5mm left‑curved tip for securing globe or conjunctiva during cataract entry and counter‑traction. A thru‑handle click‑lock thumb release engages and disengages the hold without breaking microscope focus, and the three‑hole handle keeps the instrument light through long cases.
Moody fixation forceps grasp the conjunctiva and sclera with a 1 × 2 tooth pattern that holds without slipping during cataract entry, scleral suture passage, or globe stabilization. The right‑curved 0.5mm tips angle into the operative field, and the through‑handle click lock with thumb release lets the surgeon set and free the grip without breaking concentration. The serrated Castroviejo handle is 108mm overall.
The Moody fixation forceps secure the globe during strabismus surgery, with a curved‑right 0.5mm tip carrying 1 × 2 interlocking teeth that hold scleral and muscle insertion tissue cleanly. A thru‑handle click‑lock thumb release engages and disengages fixation between maneuvers, and the three‑hole handle lightens the instrument across sustained strabismus exposure.
The Moody fixation forceps features a standard curve with 2 × 3 interlocking teeth to provide secure corneal and episcleral fixation during ocular surgery. The curved shafts conform to the anatomical contours of the eye surface, enhancing stability. Its 104mm length and flat handle support precise anterior segment work.
This Moran LASIK enhancement spatula integrates a Fukasaku spatula on one end and a miniature Paton spatula on the other. A 12mm bend‑to‑tip angle supports enhanced reach, while the round knurled stainless‑steel handle provides firm tactile control during flap repositioning and epithelial lifting.
This Morrison aspirating cannula features a 23ga shaft angled at 45 degrees with a 7mm tip‑to‑bend distance and a polished finish to support controlled aspiration in confined chamber spaces.
The Mueller-Putterman muscle clamp is a stainless steel instrument designed for precise eyelid muscle repositioning during ptosis repair using the Fasanella procedure. The 22mm wide concaved jaw head holds tissues firmly while the 3 pins per jaw and 4 interlocking grooves distribute gripping force evenly. At 95mm overall length, the instrument provides stable control during delicate eyelid elevation.
Muldoon lacrimal dilators open the punctum and proximal canaliculus through a medium 27mm taper with a straight distal end. The tapered shaft enlarges the lumen progressively as the surgeon advances, easing entry of subsequent probes or intubation sets. A round knurled handle rotates smoothly between the fingers during dilation.
The Mulsurphum phaco tip wrench is sized for size 24 phaco tip installation and removal, providing the torque grip needed for secure tip attachment to the phaco handpiece. Reliable tip seating helps maintain consistent ultrasonic performance during cataract cases.
The Murdoch eye speculum uses fenestrated 16mm blades and a self‑locking 25mm spread mechanism to retract the eyelids during cataract and anterior segment procedures. The fenestrations reduce blade mass and allow drape integration, while the self‑locking lever holds set spread without surgeon hand pressure. The 60mm overall length keeps the lock body clear of the cornea.
The large Size 3 Murdoch speculum carries 15mm round open‑wire blades curved slightly upward, with a 27mm spread and lock screw, sized for adult cataract and anterior segment cases that need broader exposure than the standard Murdoch. The upward curve elevates the lid margin away from the operative field.
This Murdoch eye speculum Size 2 is engineered for secure eyelid retraction during anterior segment procedures. The gently curved round wire blades and lock screw mechanism maintain consistent separation without requiring continuous hand pressure. The compact profile supports precise positioning during fine ophthalmic work.
Designed for femtosecond cataract workflows, the Murdoch‑Slade femto speculum carries 20mm rounded blades on curved arms that clear the femto patient interface. The self‑locking Murdoch‑type mechanism sets and holds lid retraction without surgeon attention while the laser engages the eye, and the 50mm frame keeps the speculum compact against the docking cone.
This Murphy air injection cannula 24ga with tapered 30ga tip delivers controlled anterior chamber reformation. The specialized tapered design enables atraumatic penetration while maintaining precise air flow control for chamber stability.
Pars plana vitrectomy relies on precise 19ga trocar geometry for atraumatic sclerotomy access. This straight MVR blade is packaged sterile and disposable, ensuring consistent blade sharpness and reproducible incision depth case-to-case. The full handle provides tactile control during sclerotomy, while stainless steel construction delivers reliable performance across refractive vitrectomy workflows.
This 20ga straight MVR blade creates the initial sclerotomy for vitreoretinal instrument entry. The microvitreoretinal geometry produces a clean self‑sealing pars plana stab incision sized to accept standard 20ga vitrectomy instrumentation. A full handle supports controlled perpendicular insertion through the sclera.
This 20‑gauge straight MVR blade is sized for vitreoretinal entry through the pars plana, creating clean trocar tracks for vitrectomy instrumentation. The single‑use sterile format and full handle deliver consistent first‑pass cut quality across each case.
This 20‑gauge MVR blade is engineered as a single‑use sterile instrument for controlled microincision vitreoretinal entry. The straight geometry and razor‑sharp blade edge support consistent, predictable retinotomy penetration without chatter or irregular cutting. Stainless steel construction ensures that each disposable blade maintains edge consistency from case to case, eliminating the variability inherent in repeated reprocessing.
This Nagahara ambidextrous nucleus chopper uses a 1.5mm tip with a 60‑degree blade set and a 110mm length for nuanced nucleus segmentation.
This Nagahara ambidextrous nucleus chopper features a 1.5mm tip with a 90‑degree blade set and a 110mm length for controlled nucleus manipulation.
This titanium Nagahara nucleus chopper is engineered with a 1.25mm inner and 1.75mm outer blade offset at 60 degrees for enhanced nuclear fragmentation control in dense cataracts. Titanium composition provides superior edge retention and reduced glare compared to stainless steel. The 10mm bend‑to‑tip distance and round handle support stable positioning during right‑handed phacoemulsification.
The titanium Nagahara nucleus phaco chopper delivers precision nucleus division during phacoemulsification. Its 1.5mm blade at 90 degrees provides stable chopping force within the capsular bag, while the 0.75mm cutting edge initiates clean cracks through dense nuclei. The round grooved handle and angled shaft support ambidextrous control, and titanium construction ensures durable performance across multiple reprocessing cycles.
This double-ended Nagahara phaco chopper and Drydale nucleus manipulator combines efficient chopping geometry on one end with rotation capability on the other. Designed for left-hand use, the stainless‑steel construction is built for reliable performance across routine and complex phacoemulsification cases. The dual-function design reduces instrument exchanges during surgery.
Designed for left‑hand use by right‑dominant surgeons, the Nagahara phaco chopper features a 0.9mm inferior cutting edge for efficient nucleus crack initiation. The angled shaft with 10mm bend to tip optimizes approach during dense nucleus chopping. Serrated handle and stainless‑steel construction provide secure positioning and reliable durability throughout multiple reprocessing cycles.
Designed for left‑hand use during right‑dominant phacoemulsification, this Nagahara phaco chopper carries a flat interior cutting edge that initiates clean nuclear fracture along the chopping axis. The shaft is angled 45 degrees with a 10mm bend‑to‑tip and a 1.5mm cutting edge oriented at 60 degrees, giving the surgeon a defined purchase point on the nucleus while clearing the capsular rim. A round knurled handle on the 114mm shaft keeps rotational control predictable through divide‑and‑conquer or stop‑and‑chop technique.
The Nagahara phaco chopper features a 0.9mm inferior cutting edge and left‑hand dominant configuration, enabling the surgeon to divide the nucleus into smaller segments while the phaco tip emulsifies from the center. The angled 10mm bend‑to‑tip geometry improves visibility and tactile control during continuous nucleus segmentation. Serrated handle provides slip‑free grip even with wet gloves.
This stainless-steel Nagahara phaco chopper features a centered flat interior cutting edge for efficient chop initiation. The 10mm bend-to-tip angle and round knurled handle support stable, ergonomic performance during phacoemulsification.