Your cart is empty!
This stainless-steel Flieringa fixation ring set includes eight polished rings in 1mm increments from 15mm to 22mm for scleral support during open-sky procedures. The polished finish reduces tissue drag and enhances secure suture placement.
Features & Benefits
The Flieringa-Legrand fixation ring maintains globe position during corneal surgery by engaging the sclera while the cornea undergoes manipulation for keratoplasty or refractive procedures. Its 14mm inner and 23mm outer ring dimensions suit pediatric or small adult eyes. Polished stainless steel provides reliable grip without scleral abrasion across multiple surgical cases.
The Flieringa pedal fixation ring provides stable globe fixation during ophthalmic surgery in pediatric and small-eyed patients. The 17mm inner ring secures sutured scleral contact, while the 24mm outer ring accommodates retractor placement for exposure. Stainless steel construction and polished finish support reliable reprocessing and repeated use across many cases.
The globe fixation ring stabilizes the eye during refractive surgery, limbal?relaxing incisions, and anterior segment procedures. Its 12mm inner and 16mm outer ring with interior grooves creates a secure grip on the limbus and sclera without excessive pressure. The round handle supports secure intraoperative positioning throughout surgical preparation and execution.
The globe fixation ring provides secure ocular alignment during corneal topography-guided surgery and refractive procedures with its 12mm inner and 16mm outer ring geometry. The internal cutout grooves stabilize the iris and limbus, preventing unwanted eye rotation during microscopy and laser ablation. The round handle delivers secure fingerhold throughout extended refractive cases.
Stabilizing the globe during refractive and anterior segment surgery, the Hofmann‑Thornton swivel fixation ring carries 12 fixation teeth around a 16mm swivel ring. Top‑surface marks indicate tooth position so the surgeon can place teeth away from the incision site. The flat handle keeps the instrument low while the swivel allows the ring to track corneal rotation.
The Livernois fixation loop stabilizes IOL haptics and ocular tissue during anterior segment manipulation. Its rounded loop tip engages structures without piercing, and the 106mm shaft balances comfortably for seated microsurgical work. Polished stainless steel withstands repeat reprocessing without surface degradation.
This Lu‑Villasenor‑Navarro fixation ring follows the Mendez ring pattern, with fixation points positioned on the bottom of the ring for grip against the conjunctival surface. The ring stabilizes the globe during refractive axis marking and toric IOL alignment, anchoring the eye while the surgeon applies marks. Stainless steel construction supports repeat clinical use.
Micro teeth on both ring surfaces provide the dual?ring Lu?Mendez fixation with enhanced grip during refractive and anterior segment procedures. Its 13‑18mm dual?ring design with 15 micro teeth distributes pressure evenly across the limbus and sclera. This 110mm flat?handled instrument provides reliable fixation control across extended cases.
The McNeill global fixation ring in the large size engages the sclera securely during refractive surgery, corneal transplantation, and other procedures requiring stable globe stabilization. Its 17mm inner diameter and 24mm outer diameter accommodate standard adult eyes, while the stainless-steel construction withstands repeated sterilization without loss of grip or scleral contact security.
The McNeill global fixation ring is a specialized retraction device for strabismus surgery and posterior segment visualization. The 16mm inner diameter and 24mm outer diameter accommodate standard patient anatomies, while the ring geometry distributes traction force evenly across the conjunctival margin. Stainless steel construction supports lasting performance across many strabismus cases.
This small McNeill global fixation ring uses a 15mm inner diameter and 23mm outer diameter to stabilize the globe during refractive marking and toric IOL alignment. The ring profile sits against the limbus to anchor the globe while the surgeon places axis or incision marks. Stainless steel construction withstands repeat clinical use.
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.
This Thornton fixation ring stabilizes the globe during refractive marking, LRI (Limbal Relaxing Incisions), and keratorefractive procedures. Twelve fixation teeth around the 16mm solid ring engage the conjunctiva for a firm, evenly distributed hold, and twelve corresponding marks on the upper face identify tooth position to guide axis alignment. The flat handle keeps the surgeon's view clear of the cornea.
The Thornton fixation ring features a swivel mounting mechanism on a 13 × 11mm C‑style ring with 10‑degree degree markings etched around its circumference. The flat handle permits easy rotation for toric IOL axis alignment during implantation. This instrument is essential for precise capsular fixation and axis control in toric and premium IOL cases.
This Thornton fixation ring in titanium supports secure corneal stabilization during refractive procedures. The C-style geometry provides optimal contact for smooth suction without tissue compression or corneal scarring during extended ablation procedures.
The Thornton Swivel fixation ring is a titanium instrument designed to stabilize the eye during refractive surgery and anterior segment procedures. Nine fixation teeth grip the sclera securely with a 14mm inner diameter that accommodates corneal work without crowding. Titanium construction delivers lasting durability and corrosion resistance across repeated surgical use.
The Thornton swivel fixation ring provides globe stabilization during corneal refractive procedures with its titanium construction and 13mm ring diameter. The 11mm cutout accommodates the optical axis, while the round knurled handle delivers secure fingertip control without slippage. Swivel geometry allows quick repositioning to align the iris and limbus throughout the case.
The Thornton Swivel fixation ring in titanium stabilizes the eye during toric IOL and astigmatism-correcting procedures. The 13mm ring diameter with a 7mm cutout accommodates visualization of the surgical field while titanium construction resists corrosion in repeated autoclaves. The flat handle and 130mm length provide ergonomic reach during refractive alignment work.
The Yamane double needle stabilizer fixation ring supports the double needle IOL fixation technique using 27‑gauge needles for sutureless intraocular lens implantation. At 108mm with flat handle, it provides balanced control during delicate scleral penetration and haptic seating. Stainless‑steel construction ensures reliability across repeat fixation cases.
The Yamane double needle stabilizer fixation ring guides and stabilizes the double needle technique during ab interno intraocular lens fixation using 30‑gauge needles. The flat handle and 108mm length provide balanced control during scleral penetration and haptic positioning. Stainless‑steel construction supports the mechanical demands of needle tracking and lens placement.