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The Dietz incision depth gauge is a precision measurement tool featuring a 0.5mm blade width designed to standardize anterior chamber entry incision depth during phacoemulsification and corneal surgery. The straight geometry and 83mm length enable accurate depth assessment during incision creation. Stainless steel construction ensures lasting precision.
Features & Benefits
The Gimbel-Mendez degreega gauge measures limbal diameter and marks axis in cataract and refractive procedures. Its 12mm internal diameter and 16mm external diameter accommodate precise toric IOL alignment while the blunt atraumatic teeth protect the cornea and conjunctiva. Titanium handle combines strength with lightweight maneuverability.
This Gimbel‑Mendez degree gauge provides a 0 to 180‑degree titanium ring with 36 blunt fixation teeth for direct corneal anchorage during astigmatism assessment. The 11.7mm internal diameter accommodates standard corneal applanation, while the 90‑degree ring mount position simplifies reversal and repositioning. The 100mm overall length with round handle supports ergonomic bimanual control.
This Henderson Degreega variant incorporates atraumatic micro‑teeth on the marking face to increase surface purchase while maintaining a smooth beveled contour. It retains 5� incremental marks, four alignment notches, and an 11.7mm inner diameter for consistent toric reference marking.
This Henderson Degreega toric reference marker features a round beveled marking face with 5� increment engravings and four orientation notches for precise axial alignment. The 11.7mm inner diameter accommodates standard corneal diameters, and the handle is anchored at the true 0� position for consistent rotational guidance.
This titanium Mendez beveled degree gauge measures 0‑180� in 5� increments with 36 blunt teeth and a 0.7mm inner diameter for precise corneal marking alignment. The 0� ring mount geometry supports accurate placement when used in conjunction with a Nuijts‑Solomon toric axis marker.
The Mendez degree gauge features a 15 × 1mm measurement head with a new bi‑manual handle design for ergonomic control during refractive surgery marking. The 115mm overall length provides reach to peripheral and axis localization points. Stainless‑steel construction withstands the mechanical demands of marking multiple incision axes across LRI and keratotomy workflows.
This malleable-shaft variant of the Mendez gauge permits custom contouring to individual corneal curves or surgical approach angles, retaining the core 0‑180-degree calibration in 5mm marking increments. Malleable design allows surgeons to bend the working length to their preferred angle without losing measurement accuracy. 12mm inner diameter accommodates standard anterior segment topology assessment.
The Mendez degree gauge measures corneal axis and astigmatic axis alignment during refractive surgery and incision planning. Its 12mm inner dimension accommodates the corneal zone, while calibration marks every 10 degrees from zero to 180 degrees enable precise axis notation. The 117mm smooth flat handle and dull finish support reliable intraoperative measurement.
The Mendez degree gauge maps astigmatic axis with 10-degree calibration intervals from 0 to 180 degrees, supporting intraoperative marking and vector analysis during toric IOL implantation, limbal relaxing incisions, or topography-guided ablation. Round knurled handle provides secure grip in moist anterior segment field. 12mm inner dimension fits standard corneal topology measurement.
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 Reiser Mendez degree gauge is etched with 360 degrees of graduation marks to quantify corneal axis and astigmatism orientation during refractive procedures. All‑titanium construction including the round handle provides lightweight, durable measurement support across LASIK, LRI, and other keratorefractive surgeries. The high‑side marking option aids precise axis localization.
The Vann‑Mendez degree gauge combines titanium construction with corneal fixation teeth for measuring and marking the cornea during refractive keratotomy and limbal relaxing incisions. The teeth grip the corneal surface during measurement while the gauge marks track topographic axis. Titanium build ensures lasting performance across high‑volume refractive practices.
The Wallace Mendez degree gauge presents a 12mm inside diameter and 16mm outside diameter for reference sizing of corneal grafts during keratoplasty and matching of donor tissue to host bed. The round handle permits easy rotation during template placement, while the engraved diameters serve as a precise visual reference. Stainless steel construction maintains dimensional accuracy across repeat sterilization cycles.
This superior Zaldivar degree gauge features a 13mm inner diameter, 17mm outer diameter, atraumatic fixation teeth, and 10� laser markings with a handle at 90�. The pattern supports rotational alignment for corneal marking guidance.
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