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Designed for left?handed surgeons, the Lieberman microfinger provides fine anterior chamber and iris manipulation precision. Its 10mm tip?to?bend length and grooved round handle provide secure tactile control during delicate capsulorhexis or zonular work. The narrow shaft profile enhances visibility in confined spaces of the anterior chamber.
Features & Benefits
The titanium Sheets‑McPherson tying forceps in 45‑degree angled configuration combines 10.5mm tying platform with reduced weight compared to stainless steel. The angled geometry provides ergonomic access during bimanual IOL and corneal surgery. Titanium construction offers corrosion resistance and enhanced durability over many sterilization cycles.
The LaForce foreign body spud is engineered for safe removal of corneal and conjunctival foreign bodies without perforating delicate tissue planes. The flat-handle geometry provides secure grip control, while the straight design permits precise anterior approach and tissue-plane dissection during careful removal.
This modified Barraquer speculum opens the lids with 15mm solid blades shaped longer and 8mm deep for procedures needing extended palpebral exposure. The 26mm outside by 10mm inside spread holds the lids clear of the cornea while preserving working access through the aperture. A dull finish across the 43mm body reduces microscope glare during anterior segment cases.
The titanium Castroviejo tying forceps in straight configuration features 7mm tying platform and refined geometry suited to clear visualization during IOL and corneal knot placement. The straight shafts enable unobstructed view of knot formation, and titanium construction offers enhanced durability. The broad platform ensures consistent tying force distribution.
The Sauer premature infant (E) lid speculum carries tiny 2mm solid blades on a 17mm spread, sized for the narrow palpebral fissure of the neonate. The compact 27mm frame keeps the speculum profile minimal during examination and minor surgical work, and the dull finish suppresses reflection under the operating microscope.
The Kelman-McPherson tying forceps combines angled geometry with extended 8mm tying platforms suited for handling 9-0 to 11-0 sutures. Its guide pin ensures consistent tooth alignment, while the ergonomic fenestrated handle supports secure grip during intricate wound closure. The 110mm length delivers adequate reach from cornea to sclera.
This zero‑degree phacoemulsification tip is the foundational geometry for straight‑ahead phaco probe deployment. The tapered round hub design ensures precise fit within phacoemulsification handpieces, enabling reproducible power delivery and aspiration dynamics during nuclear emulsification and cortical cleanup.
The Agricola lacrimal sac retractor combines sharp 3 × 3 prongs with finger-squeeze pads for controlled lacrimal duct retraction during dacryocystorhinostomy and canalicular repair. The screw-locking device maintains exposure tension throughout the procedure, while stainless steel construction ensures lasting performance across many dacryology cases.
This air injection cannula delivers 27‑gauge micro-bubble introduction for anterior chamber reformation and IOL positioning. The 90-degree angled shaft allows ergonomic hand positioning while the polished finish minimizes tissue trauma. The 3mm bend-to-tip distance supports precise bubble placement during IOL centering.
The Anis ball capsule polisher features a 1mm sandblasted tip on a gently curved shaft that accommodates the natural contours of the capsular bag during phacoemulsification cleanup. Its flexible 18mm working geometry allows reach through both phaco and side-port incisions, making it particularly useful for polishing residual cortical material from posterior capsule. The dull-finish round knurled handle provides secure fingertip control throughout the polishing stroke.
The Anis capsule polisher features a 1.5mm flat disk tip on a gently curved shaft for controlled cortical cleanup during phacoemulsification. The dull finish minimizes glare while the tip guard protects the posterior capsule during final lens cortex removal. Round knurled handle and stainless‑steel construction deliver reliable durability across reprocessing cycles.
Designed for nucleus delivery, this Anis vectus combines a 5 × 7mm 26ga loop with two irrigating ports that float the nucleus out of the bag during expression. A dimple at the top of the loop captures the equator of the nucleus for stable extraction, and the polished 46mm body slips through a limbal incision without snagging tissue. The result is a controlled lift that protects the posterior capsule.
The Anis micro scissors combine squeeze‑action handle mechanics with a very fine 23ga shaft and 20mm working length, enabling ultra‑precise incision and dissection in confined microsurgical fields. The ergonomic squeeze handle eliminates the thumb-hole fatigue common with ring handles, while the extremely fine shaft minimizes tissue trauma. Stainless‑steel construction ensures durability and corrosion resistance across multiple sterilization cycles.
The Anis curved needle holder is built for delicate anterior segment work, with extra‑delicate jaws that spare corneal and conjunctival tissue during fine wound closure. The 14mm mid‑screw‑to‑tip measurement and gently curved 127mm shaft follow natural anterior segment mechanics, while the knurled round handle supports confident rotational control without hand fatigue.
The Anis radial marker stamps four evenly spaced blades onto the cornea to create precise radial reference lines for limbal relaxing incision (LRI) placement during refractive cataract surgery. The smooth flat handle allows steady positioning without slipping. At 108mm, balanced length supports single-handed marking and patient comfort.
The Barraquer Colibri forceps in titanium combines 0.12mm 1 × 2 interlocking teeth with 6mm tying platforms for delicate tissue grasping and suture tying during ophthalmic microsurgery. The fine angled tips engage conjunctiva, sclera, and corneal tissue without crush, while the 6mm platforms hold suture securely during knot tying. The square grip flat handle preserves fingertip control across long microsurgical sequences.
The Barraquer corneal section scissors combines blunt angled blades angled 45 degrees upward for controlled temporal clear?corneal incision creation in phacoemulsification. The 12mm working length from mid?screw to tip supports precise corneal entry, while the serrated handle and finger slide lock enable confident blade control during incision initiation.
This Barraquer microsurgical needle holder is curved with delicate 8mm jaws and no locking mechanism for high‑precision suturing. The 133mm length and fine profile support controlled manipulation of micro‑sutures.
This Barraquer nasal LASIK speculum provides wide globe exposure for refractive surgery flap creation and laser ablation. Its nasal configuration positions the speculum for optimal flap access during left or right-eye procedures. Reusable stainless‑steel construction supports reliable case-to-case performance.
The Bechert nucleus rotator is a titanium-constructed rotator designed for controlled nucleus bowl repositioning during phacoemulsification. Its horizontal Y-shaped tip engages the nucleus periphery while the angled shaft with 7mm tip-to-bend distance allows ergonomic approach through the corneal incision. Titanium construction combines corrosion resistance with the rigidity needed for reliable rotational force transmission during prolonged cases.
The Bechert-McPherson titanium tying forceps delivers the durability and precision required for repeated corneal and scleral suture work. The 45-degree angle and 10mm tip-to-bend measurement position the tying platform optimally for limbal access. Titanium construction ensures corrosion resistance through many sterilization cycles.
These Beebee scissors deliver sharp straight blades optimized for precise anterior segment tissue separation. The fine pointed tips enable selective cutting of conjunctiva and episclera while the ring handle supports sustained tactile control. The 108mm frame balances reach with micro-precision during anterior segment procedures.
This double‑ended Berkeley marker provides both 4mm and 4.5mm corneal reference rings, enabling dynamic correction for variable astigmatism during IOL calculations and implantation. The smooth flat handle ensures precision marking without slipping. At 110mm, balanced length supports microscopic control and corneal contact stability.
The Berkeley double‑ended marker carries 5mm and 6mm etched circles on a smooth flat handle, used for marking intermediate optical zone diameters during refractive procedure planning. The double‑ended design covers two common zones in a single instrument, and the 111mm length suits standard refractive setup.
This Berkeley marker features dual 3.5mm and 3.75mm tips on a single handle to facilitate precise corneal marking for astigmatic correction during cataract and refractive surgery. The smooth flat handle ensures stable positioning against the corneal surface. At 110mm, optimal length supports single-handed marking without fatigue.
The Berkeley marker carries paired 3mm and 3.25mm reference rings on a single instrument, letting the surgeon choose between two closely spaced optical zone diameters during refractive marking. The smooth flat handle supports steady fingertip orientation through ink loading and contact. A 110mm body balances the dual‑ring head for clean impressions.
Stepped up to 4.5mm and 5mm, this Berkeley marker pairs two adjacent optical zone diameters for refractive cases requiring a wider treatment ring. The flat smooth handle keeps the head square to the cornea during ink transfer. A 110mm balanced body produces clean impressions on both passes.
The Berkeley marker with 4 and 4.25mm diameter options delivers dual-size optical axis marking for personalized refractive surgery and toric IOL procedures. The smooth flat handle and 110mm length provide optimal control during marking, while the matched pair of circle sizes supports flexible marking protocols. Stainless steel construction ensures durable reprocessing.
The Berkeley-Thornton optic zone marker is a precision tool for refractive surgery patient marking, providing dual-ended capability for both standard and customized optical zone diameters. The 4mm and 4.25mm ring ends deliver sharp contact marks on the corneal surface without tissue penetration, while the low-profile design minimizes distortion during surgical planning or topography.