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The MICS Capsulorhexis Forceps is engineered for anterior capsular opening in microincision cataract surgery through 1.8mm-2.2mm incisions. Its titanium construction ensures durability while the 23ga curved shaft minimizes incision trauma and wound deformity. The micro grasping tips provide delicate capsular engagement without slipping, enabling controlled rhexis initiation and progression through ultra-small incisions.
Features & Benefits
The MICS capsulorhexis forceps integrate vaulted titanium shafts with blunt tips and cross‑action flat handle for mini‑incision cataract surgery. The vaulted geometry maintains ergonomic wrist position through a 1.8mm to 2.2mm incision, while the blunt tips prevent capsular nick during continuous rhexis initiation. Titanium construction provides durability across high‑volume MICS workflows.
Built for micro‑incision cataract surgery, this 1.6mm 3D diamond knife features asymmetrical bevels that create a three‑plane self‑sealing wound. The angled approach and extended 6mm blade facilitate single‑hand entry through 1.6mm clear corneal incisions. Titanium mount ensures rigidity and corrosion resistance across many cases.
Engineered for micro‑incision clear corneal entry, this 1.8mm diamond knife combines a 90‑degree sharp‑sided spear with an angled J‑slot handle for single‑hand control. The 4mm blade length and titanium mount deliver precision and durability during MICS procedures. The geometry supports self‑sealing wound profiles with minimal postoperative astigmatism.
The MICS clear cornea diamond knife advances micro-incision surgery with a 2.2mm sharp-edged geometry optimized for 90-degree incision planes. Its angled DOP and J-slot bayonet handle preserve the surgeon's visual axis during entry and provide secure blade guidance. The 0.17mm profile resists wound gape while the 6mm blade length ensures sufficient cutting span.
This MICS diamond knife extends clear cornea technology to 2.4mm entry widths while maintaining a 4mm blade length for controlled single-pass incisions. The 90-degree sharp-sided spear creates a consistent wound plane with minimal stromal trauma, while angled J-slot geometry lets surgeons modulate approach angle without moving the patient. Black-gold titanium resists corrosion across many cases.
This titanium MICS handle features a squeeze action mechanism engineered for compatibility with the DUO Series interchangeable tips. The modular design allows surgeons to select capsulorhexis, grasping, or IOL‑insertion tips while maintaining consistent hand ergonomics. Titanium construction provides lightweight rigidity and corrosion resistance for countless cases.
The Hoffman MICS Descemet-stripping forceps is designed for minimally invasive endothelial keratoplasty (DMEK/Descemet membrane endothelial keratoplasty) in MICS workflows. Its 23ga curved shaft with integrated 16mm hub-to-tip measurement optimizes working distance and tactile control when manipulating Descemet's membrane grafts through small incisions. For use with the DUO-00 handle system.
This MICS Hoffman‑Ahmed horizontal scissors combines a 21ga curved shaft with precision cutting geometry for controlled dissection and membrane separation in micro‑incision cataract surgery. The 35mm compact working length and curved blade profile support access through small clear corneal incisions while maintaining visibility. The stainless‑steel construction provides reliable edge retention across repeated microdissection.
This MICS Hoffman‑Ahmed horizontal scissors is optimized for ultra‑fine dissection through 23ga micro‑incision ports during contemporary minimal‑incision cataract extraction. The curved 35mm blade profile accommodates tight anterior chamber anatomy while maintaining precise cutting control for membrane and tissue separation. Stainless‑steel construction ensures reliable edge sharpness across extended minimally‑invasive procedures.
Hoffman-Ahmed horizontal scissors support precise dissection during 23ga minimally invasive cataract and glaucoma surgery. The straight shaft geometry maintains visualization through micro-incisions, while the horizontal cutting action enables controlled tissue separation in confined anterior chamber spaces. At 35mm length, the instrument delivers precision control without bulk.
These vertical scissors are engineered for precise IOL haptic transection during intraocular lens explantation and exchange procedures. The 23‑gauge straight shaft provides controlled passage through small incisions, while the vertical blade orientation enables clean cutting without subluxating the lens. Stainless‑steel construction is built for reliable performance and lasting durability across repeat cases.
Engineered for implantable collamer lens (ICL) positioning, this straight‑shaft MICS grasping forceps maintains precise control during phakic lens placement and centration. The 35mm working length supports small‑incision anterior chamber access, while the straight geometry provides predictable maneuverability. Stainless‑steel construction is built for reliable performance and lasting durability across repeat clinical use.
This 23‑gauge IOL holding forceps delivers controlled grasping of intraocular lenses during implantation and orientation within the capsular bag. The curved shaft geometry follows anterior chamber anatomy, while the fine 0.6mm tip minimizes contact marks on the optic. Stainless‑steel construction is built for reliable performance and lasting durability across repeat surgical use.
The Seibel capsulorhexis forceps is a 23‑gauge MICS instrument designed with etched rhexis marks spanning 1 to 6 millimeters for controlled anterior capsule opening. The curved shaft provides natural anterior chamber access in micro‑incision workflows, while the sharp tips and engraved sizing guides support reproducible circular opening creation. Stainless‑steel construction is built for reliable performance and lasting durability across repeat clinical use.
The MICS Seibel capsulorhexis forceps is purpose‑built for micro‑incision cataract surgery, combining a 23ga curved shaft with blunt grasping tips and etched rhexis marks from 1 to 6mm. The fine gauge and precise tip geometry enable controlled capsular rim engagement without corneal incision enlargement. Use with the DUO‑00 modular handle for stable bimanual capsulorhexis creation in MICS cases.
Designed for small‑incision cataract procedures, this trapezoid‑profile diamond knife tapers from 1.1‑1.4mm with a straight dop for controlled blade approach. The 0.17mm ultra‑thin blade and tapered geometry enable predictable wound architecture with minimal incision trauma. Titanium construction supports durable performance across many sterilization cycles.
The MICS trapezoidal diamond knife offers graduated incision widths from 1.8 to 2.4mm in a single blade, with laser-marked sizing bands for intuitive surgeon selection. Its tapered spear geometry and angled DOP preserve wound architecture across the stepping profile. The 0.17mm thickness and J-slot bayonet handle support precise, controlled entry with minimal tissue trauma.
Designed for micro‑incision cataract surgery (MICS), this trapezoid tapered CVD diamond knife offers preset laser guides at 1.8mm, 2.2mm, 2.4mm, and 2.75mm to mark incision width options. The 1.8mm starting width tapers smoothly to 2.75mm, enabling surgeons to choose their target incision size while maintaining ultra‑precision blade thickness (0.17mm). Black Gold Titanium J‑slot bayonet construction delivers both control and durability for repeated MICS cases requiring exacting corneal access.
The Minami "M" hook features a multi‑angled shaft and teardrop‑shaped tip designed for controlled iris manipulation and sector isolation during pupil‑stretching or iris‑repositioning maneuvers. The angled geometry supports visibility and precise tip placement. Round knurled handle delivers tactile control during delicate iris tissue handling.
The Minardi‑style angled phaco chopper delivers a 0.75mm sharp pointed tip at 10mm from the bend, optimizing nuclear engagement and subdivision geometry. Angled shaft positioning supports ergonomic hand angle during right‑eye procedures while maintaining optimal chamber view. Overall length of 108mm supports steady intracameral control.
The mini‑crescent design knife combines a 1.25mm blade with double‑beveled geometry for corneal incision in ophthalmic cataract and refractive procedures. The angled bevel profile ensures smooth wound entry that maintains anterior chamber integrity. Disposable format supports single‑use sterility across patient cases.
These mini-curved Westcott tenotomy scissors feature 4mm blunt tips optimized for fine conjunctival and episcleral dissection during muscle surgery or pterygium removal. The Vannas-style flat handle ensures precise control during careful superficial cutting. Their compact length supports exceptional visibility in delicate anterior-segment fields.
These left‑handed miniature corneal scissors feature a delicate blade profile with the lower blade extended 0.5mm beyond the upper, enabling fine unilateral cutting during corneal and limbal procedures. The 9mm blade length supports precision dissection in narrow surgical spaces, while the extended lower blade geometry ensures consistent contact and smooth cutting through tissue planes. Compact design balances maneuverability with control.
These right‑handed miniature corneal scissors feature a delicate blade profile with 0.5mm lower blade extension, providing fine unilateral cutting control during anterior segment procedures. The 9mm blade length permits precision dissection in narrow limbal and conjunctival fields, while the extended lower blade maintains consistent cutting edge contact throughout the cut. Miniature geometry supports dexterous control in confined surgical spaces.
This #69 miniature disposable blade delivers full radius geometry with a double‑edge profile for versatile intraocular incision work during cataract and vitreo‑retinal procedures. The double cutting edge extends utility across varied anatomic approaches. Sterile single‑use packaging ensures consistent blade geometry and sharpness.
This Miyajima adjustable aspirating speculum is designed for patients with small palpebral fissures using a compact retraction profile for controlled exposure. The adjustable tension and aspiration channel help maintain visualization during anterior segment procedures in narrower ocular anatomy.
The Miyoshi aspirating speculum combines a fixed speculum frame with integrated aspiration capability for conjunctival and corneal work. This dual-purpose design allows the surgeon to maintain field visibility while clearing blood and epithelial debris in a single instrument. The adjustable closure supports accommodation of varying eyelid anatomy.
This Miyoshi Z‑LASIK nasal speculum incorporates 11mm round open-wire blades aligned parallel at 25mm for stable corneal and nasal access. The upward nasal-bridge angle enhances approach alignment, while the corrected 76mm length provides compact, ergonomic control.