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The Maloney no-hole manipulator provides a stable teardrop-sharp tip with a post attachment that anchors the nucleus during segmentation and rotation in phacoemulsification. Its straight shaft and dull-finish knurled handle offer reliable tactile feedback for fine nucleus positioning. The sharp teardrop geometry scores and mobilizes nuclear fragments without slipping on harder ALPO kernels.
Features & Benefits
The Maloney double‑ended nucleus rotator pairs a flat spatula with a fork for versatile nucleus positioning and rotation during divide‑and‑conquer phacoemulsification. The spatula slides beneath the nucleus for support while the fork engages segments during crack initiation and rotation. Stainless steel construction ensures reliable durability across repeated reprocessing cycles.
This double‑ended Maloney nucleus rotator provides two working ends�one rounded, one pointed�for flexible nucleus positioning during phacoemulsification. The 0.5mm spatula tips allow precise, atraumatic contact with the nuclear surface, and the 12mm bend positions each end at the ideal working angle. At 135mm overall, the instrument balances reach with compact maneuverability.
This angled Maloney PRK spatula has a 5mm × 2mm semi‑sharp spatulated tip for epithelial manipulation. The profile supports controlled lamellar lifting during PRK surface preparation.
The Maloney quick-chop is a double-ended titanium tool engineered for efficient nuclear segmentation during phacoemulsification. One end features a 9mm angled quick-chop tip, while the other provides a 10mm micro-sharp pick for directed chopping strokes. The round handle and dual functionality reduce operative setup time.
The Maloney‑style adjustable lid wire speculum allows the surgeon to dial in lid spread to match individual orbital anatomy. A 15mm blade length with adjustable spread up to 51mm covers the range from narrow to wide adult orbits. The straight wire construction keeps the speculum lightweight across the 83mm body.
This angled Maltzman‑Fenzl lens manipulating hook places a 0.15mm V‑shaped tip at an offset to the shaft, allowing engagement of IOL haptics tucked beneath the iris or capsular rim. The angled geometry preserves visualization while the surgeon dials or repositions the lens. A 114mm length suits standard phaco working distance.
This straight Maltzman‑Fenzl lens manipulating hook carries a 0.15mm V‑shaped tip for engagement of intraocular lens haptics and optic edges. The straight shaft tracks predictably along the visual axis during IOL positioning and dialing. A 114mm length keeps the handle clear of the operative field at standard microscope distance.
The Manche LASIK cannula delivers controlled fluid distribution during refractive procedures through a wedge-spatulated tip design. Its three ports�one ventral and two lateral�enable multi-directional flow management under the LASIK flap. The 25-gauge fine gauge and 34mm compact length support precision positioning in micro-incision refractive surgery.
The Manche LASIK speculum is engineered for superior hinge LASIK procedures, maintaining secure eyelid and periocular tissue retraction throughout flap creation and excimer ablation. Its adjustable mechanism allows customization to patient anatomy while the reusable stainless steel construction withstands routine sterilization across refractive cases.
The Mandel nucleus manipulator combines titanium construction with a vaulted shaft for enhanced rigidity during nuclear manipulation in phacoemulsification. The 8mm bend‑to‑tip geometry positions the working end at an optimal angle for rotation and repositioning of dense nuclei. Titanium durability ensures performance consistency across many surgical cases.
A vaulted shaft defines this Mandel nucleus manipulator and rotator, lifting the working tip away from the iris plane to clear the corneal incision angle. The 8mm bend-to-tip distance supports controlled nucleus rotation during phacoemulsification, particularly in cases with shallow chambers or tight incision geometry.
The Manhattan eye and ear suturing forceps features straight shafts with 1 × 2 fine teeth and serrated handle suited to standard anterior segment suturing across cataract and corneal procedures. The straight geometry enables clear visualization during knot placement, and the fine tooth pattern ensures consistent grip. Durable construction supports routine sterilization cycles.
Manhattan Eye and Ear suturing forceps are designed for precise knot tying in ophthalmic procedures. The 90-degree angled tips position the grasping surface in line with the instrument shaft, allowing direct visualization of the suture knot. The 1 × 2 tooth configuration provides secure and reliable grasp.
The Mannis-Buratto LASIK flap protector shields the corneal flap during excimer laser ablation and epithelial remodeling. The double-ended design with 45-degree crescent-shaped 10mm blades provides coverage across varying corneal diameters. Stainless steel construction is built for reliable performance and lasting durability across repeated refractive procedures.
The Manson double strabismus hook pairs two forked angled 3mm hooks with a 7mm spread, engaging the extraocular muscle on both sides for controlled isolation and rotation. The serrated flat handle keeps orientation consistent during muscle work, and the polished finish supports thorough cleaning between cases.
Martin preset 3mm front‑cutting diamond blade is a blade‑only spare for corneal wound creation in phacoemulsification and MICS work. The 100‑micron thickness with 3mm width and 4mm length provides ultra‑fine blade depth control at 0.53mm setting. The short handle design fits easily under the slit lamp for precise temporal or clear‑corneal incisions.
Martin preset 3mm front‑cutting blade with sharp sides elevates precision wound creation for delicate anterior segment surgery. The 100‑micron thickness and sharp‑side profile minimize thermal trauma and tissue distortion during clear‑corneal or temporal incision. The 0.53mm preset depth and slit‑lamp compatible short handle support precise fingertip blade control.
The Martin viscocanalostomy cannula delivers viscoelastic into Schlemm's canal through a 26‑gauge shaft tapered to a reinforcing 33‑gauge tip. At 38mm overall length, the cannula provides controlled reach into the canal during non‑penetrating glaucoma surgery. The reinforced tip transition resists bending while preserving the fine bore needed for canalicular access.
The Martinez corneal dissector knife features double‑ended construction with 3 × 11mm angled sharp blades optimized for controlled stromal dissection in corneal grafting and DALK procedures. The flat handle provides stable grip during fine lamellar dissection planes. Polished finish reduces light scatter during delicate anterior work.
This double-ended Masket phaco spatula and Rosen phaco splitter includes a 12mm round disk-shaped spatula on one end and a splitting profile on the other. The longitudinal-grooved handle enhances controlled positioning during nucleus manipulation.
This double‑ended instrument combines a Masket 12mm round disk phaco spatula with a Rosen phaco splitter, giving the surgeon two complementary nuclear management tools on one shaft. The disk‑shaped spatula supports nuclear rotation and quadrant manipulation, while the splitter chops the nucleus along stress lines. A longitudinal grooved handle preserves rotational orientation.
These Sinskey tying forceps feature curved delicate tapered smooth jaws with a three‑hole spring handle, supporting controlled suture guiding across curved scleral surfaces.
The Masket capsulorhexis forceps is built for extremely delicate anterior capsule manipulation during phacoemulsification. Its angled vaulted shanks and triangular grasping tips create a near‑tactile interface with capsular tissue, minimizing perforation risk during continuous curvilinear capsulorhexis. Stainless steel construction ensures durability during the precision work required at the capsular margin.
The Masket Utrata Capsulorhexis Forceps is specifically engineered for initiation and completion of the anterior capsular opening in cataract surgery. Its extremely delicate vaulted angled shafts and triangular grasping tips engage the anterior capsule edge with minimal trauma and slip resistance. The 11mm bend‑to‑tip geometry and three‑hole handle enable controlled, stable corneal curvature engagement during the critical rhexis maneuver.
Maumenee corneal Colibri forceps with 0.1mm ultra‑fine angled tips and 1×2 teeth set at 45 degrees deliver maximum sensitivity for anterior lens work. The cross‑action serrated handle and 5mm tying platform enable precision suturing in capsular and corneal procedures; the gentle curve improves access to peripheral zones.
Maumenee corneal Colibri forceps (90‑degree variant) pair 0.1mm ultra‑fine angled tips with 1×2 teeth set perpendicular to the shaft for rotational flexibility during tight anterior segment work. The cross‑action mechanism and 5mm tying platform optimize knot tying and suture placement in confined zones.
The Maumenee Corneal Forceps is a Colibri-style precision instrument designed specifically for delicate corneal and capsular manipulation during microsurgery. Its 0.12mm ultra‑fine tip with 1 × 2 teeth set at 90 degrees enables gentle tissue engagement without the slipping risk associated with flat-jaw designs. The cross‑action squeeze spring three‑hole handle provides biomechanical advantage for sustained microsurgical work, and the extra‑delicate profile minimizes tissue trauma.
The Maumenee-Barraquer vitreous sweep spatula's left-hand angled 10mm configuration supports posterior segment work during vitrectomy and complex cases. The smooth blade design enables atraumatic vitreous mobilization with minimal retinal surface trauma.
This right‑sided Maumenee‑Barraquer vitreous sweep spatula is engineered with a 10mm angled tip and right‑side indentation for controlled cortical cleanup and vitreous face elevation during cataract extraction. The gently curved blade and round knurled handle support steady, atraumatic sweeping motions. Polished stainless‑steel finish facilitates smooth dissection in the posterior capsule and vitreous interface.