Your cart is empty!
This extra-delicate straight needle holder features 6mm jaws and longitudinal serrated handle for secure needle control during fine corneal and episcleral suturing without locking mechanism. The serrated profile ensures stable grip during knot tying and cutting. At 121mm, balanced length supports microscopic precision.
Features & Benefits
This straight needle holder combines a locking mechanism with 9mm medium jaws optimized for secure needle positioning during fine ophthalmic suturing. The large round knurled handle delivers tactile control and reduces hand fatigue during extended procedures. Straight geometry supports direct needle access in anterior segment work.
This straight needle holder caters to anterior segment microsuturing where larger 9mm jaw width accommodates medium-gauge sutures (8-0 through 6-0 range) without requiring a locking mechanism. The medium jaw size and spring action support free-hand technique during corneal, conjunctival, or limbal closure. Large round knurled handle reduces fatigue through extended microsurgical repair sequences. 143mm length balances reach and precision.
This delicate curved titanium needle holder with locking mechanism delivers 7mm jaw precision for fine monofilament suturing. The ratchet lock maintains consistent tension during knot placement while the spring-action return and curve geometry support both tactile feedback and angled access. The round handle and 108mm length provide ergonomic control.
This delicate curved titanium needle holder with 7mm jaws provides precision control for fine monofilament suturing in corneal work. Without a locking mechanism, the spring-action return offers tactile feedback during knot advancement. The compact 108mm length and round handle enable control in confined corneal fields.
This titanium needle holder features a 9mm jaw width and curved geometry designed for ophthalmic microsurgical suturing. The medium jaws provide balanced grasp on fine ophthalmic needles, while the integrated lock secures needle position throughout the case. Round handle design offers natural finger control during precision corneal and anterior segment closure.
This curved titanium needle holder without locking provides spring-action feedback for suturing in corneal and limbal procedures. The 9mm smooth jaws offer secure needle grip while the spring return enables quick needle replacement. The standard curve improves angled access while the round handle and 108mm length deliver comfortable reach.
This long-shaft needle holder extends reach into deeper surgical fields while maintaining lock-mechanism control for needle security. The curved geometry with 10mm jaw capacity accommodates larger ophthalmic and strabismus needles during posterior segment visualization and vitreous-face suturing. Stainless steel construction supports standard sterilization protocols.
This delicate needle holder combines a straight geometry with lock-mechanism security for suture control in anterior chamber microsurgery. The 7mm straight jaw width accommodates standard ophthalmic needles without excessive material bulk. Round titanium handle provides secure grip for prolonged corneal and conjunctival repair.
This extended titanium needle holder with straight shaft and 9mm jaws provides medium-jaw reach for posterior corneal and scleral suturing. The ratchet lock maintains consistent tension across extended working distances while the round handle and 133mm length deliver superior field visualization. The grooved surface enhances grip security.
This straight titanium needle holder without a locking mechanism provides sensitive tactile feedback during fine corneal and scleral suturing. The 9mm smooth jaws grasp fine needles securely while the spring-action return supports rapid needle exchange. The round handle and 108mm length enable precise control in anterior segment surgery.
The titanium straight needle holder features 9mm medium jaws without locking mechanism, engineered for fine corneal and scleral suturing. The straight geometry supports direct needle passage while the round handle promotes comfortable manipulation during extended procedures. The 133mm length enables precise handheld control while titanium construction provides durability and corrosion resistance across repeat sterilization.
This straight titanium needle holder provides secure control for fine corneal and scleral suturing with medium 9mm jaws. The locking mechanism maintains consistent tension during knot advancement, while the smooth jaw surface resists needle slippage. The grooved round handle and 108mm length deliver ergonomic reach for anterior segment work.
This curved titanium needle holder features tungsten carbide jaws and a universal lock mechanism for secure needle control during microsurgical suturing. The 0.4mm fine jaws accommodate microsutures without slipping. Its 125mm length and round handle support precise, controlled needle positioning during anterior and posterior segment closure.
The Netland‑Lieberman speculum combines 14mm open blades with 2.5mm suture notches engineered for secure drape fixation and variable lid tension adjustment during anterior segment surgery. The notched blade geometry permits suture passage for stable speculum anchoring without instrument slipping. Adult blade sizing optimizes exposure of the limbus and anterior chamber during standard ophthalmic procedures.
A reverse-curved spatula tip distinguishes the Neuhann nucleus divider, allowing the surgeon to slip beneath the nucleus and lift or divide segments without engaging posterior structures. The single-ended longitudinal handle gives a consistent reference for tip orientation through small incisions.
These Nevyas custom MICS Utrata forceps use cystotome‑style tips with laser reference lines at 5.5mm, 6mm, and 6.5mm. The ultra‑delicate jaws open to 1.75mm and sit on an angled shaft with an 11mm bend for precision capsulotomy control.
Used to score and tear the anterior capsule in cataract surgery, this Nevyas cystotome features a 22‑gauge double‑sharp tip with sharp front and back edges. The bidirectional cutting allows the surgeon to puncture and propagate the capsulotomy in either direction without repositioning. A 48mm polished shaft supports tactile control through small paracentesis incisions.
The Nevyas speculum carries round open wire blades terminating in a V‑shaped end, with 16mm blade length and a 31mm spread for wider lid opening during anterior segment access. The open wire profile reduces globe pressure, and the 47mm frame stays compact under the microscope.
The Nevyas-style Utrata capsulorhexis forceps delivers ultra-delicate control during anterior capsule manipulation. Its angled 102mm shaft with extremely thin construction and 11mm bend-to-tip geometry allows smooth positioning through small clear corneal incisions. The small sharp cystotome tips engage the capsule with minimal trauma, while the three-hole handle ensures stable fingertip control throughout continuous curvilinear capsulorhexis.
The Nevyas wire speculum delivers smooth, atraumatic lid retraction with its U-shaped blades and end configuration. The 22mm blade length and 40mm spread provide optimal anterior chamber exposure, while the 60mm overall length supports comfortable handling during routine anterior segment procedures. Wire construction minimizes tissue trauma and pressure-related complications.
The New Orleans lens loop slides beneath a cataractous lens to express it through a large‑section incision in extracapsular extraction. Its 5 × 10mm oval loop cradles the nucleus securely, and the flat handle keeps the instrument low while the surgeon applies the lifting motion. A 136mm overall length supports steady reach across the eye.
This New Orleans Eye‑Ear lens loop features a 5mm × 10mm oval loop designed for atraumatic nucleus or lens fragment retrieval. The smooth flat handle and polished finish provide precise traction control.
The Nichamin chopper combines a precision-engineered 0.5mm ball tip with straight-shaft geometry for controlled nucleus segmentation and cracking. The 1.1mm tip length and 7mm handle diameter support stable maneuvering during phacoemulsification of moderately dense to hard nuclei. Titanium construction ensures reliable performance and corrosion resistance across multiple surgical cases.
The Nichamin Degree Gauge / fixation ring in titanium features an open‑front design with 10‑degree axis markings and broad hash marks 180 degrees apart, enabling precise scleral fixation and axis registration during limbal relaxing incisions and toric IOL alignment. The fixation teeth secure the ring against the sclera while permitting controlled rotation, and the 12mm inner diameter accommodates varied globe sizes. Titanium build keeps the ring lightweight across repeated use.
The Nichamin fixation degree gauge features a 14mm C‑style fixed head with fine tooth grasping surface and 8mm central cutout for precise axis alignment during refractive astigmatism correction and limbal relaxing incision (LRI) placement. The 10‑degree markings allow repeatable incision positioning, while the round knurled handle provides secure handheld control. The 102mm overall length supports comfortable fixation technique.
The Nichamin hydrodissection cannula combines a 25ga lumen with a flattened, angled tip geometry developed to deliver a directed fluid wave around the equator of the lens. The shaped tip helps initiate cortical cleavage and rotation of the nucleus in a single maneuver. The intermediate gauge balances flow with atraumatic entry.
This Nichamin hydrodissection cannula features a uniquely flattened vaulted tip for diffuse fluid delivery beneath the anterior capsule. The 25g shaft offers a 12mm tip‑to‑bend dimension on a 13mm straight portion, allowing the surgeon to deliver fluid waves that lift the cortex without focal jetting. The 25mm working length suits standard phaco workflows.
This 27ga Nichamin hydrodissection cannula delivers a focused fluid stream behind the anterior capsule to mobilize the lens cortex during cataract surgery. The fine gauge concentrates the wave at the cortex‑capsule interface, helping the surgeon free the nucleus with minimal viscoelastic loss.
Nichamin hydrodissection cannula is designed for gentle cortical-capsular separation during cataract phacoemulsification. The unique flattened vaulted tip minimizes focal jetting and distributes fluid flow across a wider capsular surface. At 27ga with a 22mm working length, the cannula enables delicate, controlled hydrodissection without inadvertent capsule rupture.