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The Arruga retractor combines a 10 × 18mm cupped blade with a serrated flat handle for globe and orbital tissue retraction during enucleation and orbital procedures. The cupped profile cradles tissue without point loading, and the dull finish keeps reflections off the operative field. Overall length of 145mm provides comfortable working reach.
Features & Benefits
The Asadi meibomian gland expressor forceps combines a 4 × 10mm paddle tip with tungsten carbide dust surfacing to deliver uniform pressure during meibomian gland expression. The paddle geometry distributes force evenly across the gland, reducing tissue trauma and improving lipid secretion. Its 109mm length and flat handle support controlled expression workflows.
This curved aspirating cortex cannula is designed for gentle cortical removal during cataract extraction while maintaining stable anterior chamber conditions. The 25ga gauge provides adequate aspiration capacity, while the curved profile and irrigation‑tubing adapter support continuous anterior chamber maintenance. Sterile, single‑use format ensures consistent performance.
Sized at 23ga with a 32mm (1‑1/4 inch) shaft, this Atkinson peribulbar needle reaches the retrobulbar space for ophthalmic regional anesthesia. The rounded bevel geometry reduces vascular trauma during orbital advancement while maintaining clear tactile feedback. The 23ga lumen carries standard anesthetic volumes without resistance.
The Atkinson peribulbar needle delivers anesthetic fluid to the peribulbar space with precise placement control. The 23-gauge straight needle and 22mm length support accurate positioning along the orbital floor approach. Sold sterile in individual packages with ten per box, ensuring consistent needle geometry and sterility across peribulbar blocks.
At 25ga and 32mm (1‑1/4 inches), this Atkinson peribulbar needle reaches the retrobulbar space with a finer gauge than the 23ga variant. The rounded bevel reduces vascular trauma during orbital advancement while still permitting consistent anesthetic delivery. The longer shaft supports deeper block placement.
This 27ga Atkinson peribulbar needle measures 1‑1/4 inches, providing extended reach for deeper peribulbar anesthetic placement. The finer 27ga lumen reduces tissue trauma during passage while still permitting consistent block delivery. The Atkinson tip geometry rounds the bevel to lower vascular risk during orbital advancement.
Designed for peribulbar anesthetic placement, this 27ga Atkinson needle delivers a smooth, low‑resistance track through the periorbital tissues. The 7/8" length keeps the trajectory clear of the muscle cone while supporting reliable block depth. The fine gauge minimizes tissue disturbance during injection.
The Atkinson retrobulbar needle features a beveled sharp rounded point for precise anesthetic delivery behind the globe during retrobulbar blocks. The 23g geometry with 35mm working length and 53mm overall length provides control during anesthesia placement. The polished finish supports reliable field visualization.
The Atkinson retrobulbar needle features a beveled sharp rounded point for precise anesthetic delivery behind the globe during retrobulbar blocks. The 25g geometry with 35mm working length and 53mm overall length provides control during anesthesia placement. The polished finish supports reliable field visualization.
This Atkinson retrobulbar needle is designed for controlled regional anesthetic delivery behind the globe during ophthalmic surgery. The 27ga needle provides a fine lumen for smooth anesthetic progression while minimizing vessel trauma, and the 38mm length (1‑1/2") permits safe penetration to the retrobulbar space. Sterile, single‑use format eliminates reprocessing and ensures needle integrity.
The long Atkinson retrobulbar needle delivers anesthetic to the retrobulbar space with a 23ga shaft and a beveled, sharp rounded point that reduces vascular trauma during placement. The 52mm working length reaches the muscle cone, and the polished finish supports smooth passage through orbital fat.
This autoclavable gonioscopy lens features a 20mm diameter for stable corneal contact during angle examination and laser procedures. The glass optics provide clear magnified visualization of the anterior chamber angle. Its reusable design supports routine gonioscopy in clinic and operating room workflows.
This Azar lens manipulation hook combines a 90‑degree angled geometry with a 0.2mm fine tip for delicate IOL positioning and manipulation during cataract implantation and exchange. The smooth flat handle and polished finish facilitate atraumatic contact with IOL optics and haptics. A 117mm length supports stable positioning within the capsular bag and anterior chamber.
The Azar needle holder closes on fine ophthalmic needles in 11mm gently curved jaws with a locking mechanism that frees the surgeon's hand between throws. The flat scalloped handle supports a controlled rolling grip across the 130mm length, ideal for corneal and conjunctival suturing.
The Baby Barraquer needle holder is a short‑model variant for confined ophthalmic fields, carrying delicate curved jaws over a 14mm mid‑screw‑to‑tip working length. The non‑locking design supports rapid release between passes during running suture lines, and the round knurled handle rolls between the fingers for needle reorientation. Overall length is 105mm.
Sized for pediatric and adult anterior segment work, this Baby Barraquer needle holder shortens the standard pattern to a 105mm body with a 14mm delicate jaw. The straight jaws grip fine ophthalmic needles squarely, and the internal lock holds them between passes. A round knurled handle rolls cleanly between fingertips during corneal and limbal suturing.
This baby Barraquer needle holder is a short model engineered for delicate straight needle manipulation in confined microsurgical fields. The round knurled handle and 14mm mid-screw-to-tip geometry provide optimal tactile control without locking mechanism. At 102mm, compact length enables superior visualization during fine anterior-segment suturing.
The backflush infusion cannula 25ga with blunt tip and straight shaft delivers steady irrigation flow to the anterior chamber. The blunt design prevents corneal endothelium trauma while the straight geometry supports reliable infusion throughout phacoemulsification.
The Bahr-Maltzman hook is a precision micro-ophthalmic instrument for iris manipulation and anterior chamber work. Its 0.15mm vaulted shaft and angled geometry enable safe engagement of iris tissue and capsular structures without perforation. The slender profile supports fine positioning during cataract and corneal procedures.
The Bahr-Maltzman lens manipulating hook is engineered for IOL positioning and gentle lens nucleus manipulation during phacoemulsification. The angled 0.8mm tip with rightward offset enables smooth clockwise rotation of lens material, while the vaulted shaft prevents interference with phaco handpiece movement. The round knurled handle provides secure grip during extended procedures.
The Bailey lacrimal cannula combines a 23ga lumen with a reinforced 19ga shaft for controlled canalicular intervention. Its 6mm straight tip and blunt end opening permit irrigation without tearing the duct mucosa. The compact 33mm length suits both standard and miniaturized nasolacrimal approaches.
The Bailey lacrimal cannula is engineered for gentle tear drainage system irrigation with a 27g geometry and reinforced shaft for reliable performance. The straight configuration with 6mm blunt tip supports atraumatic exploration of the lacrimal canaliculi and sac. The 33mm length provides controlled access without excessive instrument length.
Baird chalazion forceps isolate and stabilize lid lesions through paired plates with a locking thumb screw. The 15mm solid lower plate backs the everted lid, while the open upper plate (11 × 8mm interior window) frames the chalazion for curettage or excision. Thumb‑screw locking holds compression hands‑free throughout the procedure.
This Banaji LASIK cannula uses a 25ga sandblasted shaft with six fluid ports and a 15mm working length to support diffused irrigation across the stromal bed.
Six side ports along the smooth 25ga tip of the Banaji LASIK cannula distribute irrigation evenly under the corneal flap, flushing debris and epithelial cells from the stromal bed without focal jetting. The straight shaft runs 17mm (excluding hub), giving the surgeon precise reach beneath the flap during refractive irrigation.
Bangerter muscle clamp is engineered for precise extraocular muscle isolation and temporary fixation during strabismus surgery. The angled geometry and push‑button locking mechanism enable secure, atraumatic engagement of the muscle without crushing tissue. The very delicate 10-tooth jaw design and 10-hole engagement pattern provide fine control over muscle position throughout the procedure.
This Bansal LASIK cannula is a 25‑gauge instrument with a beveled smooth single‑port front opening and a 40mm length for interface fluid management. The profile supports controlled hydration in lamellar procedures.
The Barraquer tonometer (15‑21 mmHg range) is designed for rapid, non‑contact intraocular pressure measurement during phacoemulsification. The phaco slip grip allows single‑handed measurement without removing the hand from the operative field. Its compact, lightweight design supports frequent pressure checks throughout the cataract procedure.
These Barraquer cilia forceps carry slightly angled jaws with textured grasping surfaces designed to remove individual lashes during epilation or surgical preparation. The angle clears the brow line for a direct view of the lash root, while the textured grip secures fine cilia without slippage. A three‑hole handle keeps the instrument light through repeated grasps.