IRIDEX Vitreoretinal & Glaucoma Instrumentation & Consumables ®

Vitreoretinal Instrumentation Precision and quality you can depend on, choose an IRIDEX EndoProbe' EndoProbe Handpieces - Precisely on Target EndoProbe instrumentation targets the retina to deliver precise energy exactly where you need it. With a wide array of models, there is an EndoProbe for every vitreoretinal laser case. Maximize Laser Energy A tighter cone angle increases treatment distance from the retina and decreases the laser power density, creating a safer procedure. Cone angle dictates the spot size at a given working distance. High-grade glass fiber yields a narrow cone angle (left...

Stepped Angled ° Smooth and gently tapered needle permits insertion of angled tip through standard and valved cannulas ° Patented design provides full coverage of peripheral retina without removing probe from eye ° Offers rigid, fixed 45° angle for a sturdy alternative to flex-tip probes Adjustable & Intuitive (Finger or Thumb) design ° Patentedangles allows continuous adjustment of fiber optic over a wide range of ° Provides full coverage of peripheral retina without removing probe from eye ° Extends in logical motion, forming a greater angular deflection as slider is advanced Finger Adjust...

Vitreoretinal Instrumentation Precision and quality you can depend on, choose an IRIDEX EndoProbe® Standard Straight ° Provides direct access to treatment site ° Facilitates easy insertion and extraction at the sclerotomy site ° Increased visibility due to tapered tip Standard Angled ° Used for treatment of the peripheral retina ° Provides greater flexibility when using a wide field viewing system ° Includes a tapered tip for easier insertion and visibility of the treatment area Aspirating Active ° Combines the utility of active aspiration and endophotocoagulation in a single device ° Eliminates...

Vitreoretinal & Glaucoma Instrumentation Transscleral Probes* G-Probe™ Glaucoma Device Offers an Office-based, Non-Invasive Surgical Solution The G-Probe glaucoma device performs transscleral cyclophotocoagulation (TSCPC) to lower IOP through selective ablation of the ciliary processes. This simple, yet effective, repeatable procedure can be performed in the office, operating room, or in conjunction with other procedures, like cataract surgery. Side view of the G-Probe positioned on the limbus. Wedged tip design of G-Probe supports precise placement around the circumference of the limbus. Posterior...

Vitreoretinal Consumables Enhancing visualization and surgical performance with every product GreenTip™ Soft Tip Cannula Effectively visualize and assess the proximity of the retina with the patented “fluorescing” GreenTip cannula. Unlike transparent silicone-tipped needles, the GreenTip is designed to provide optimal contrast against the red-orange background of the retina. Gain More Control with Better Visualization ° Patented green tip design maximizes visualization against retina ° Atraumatic silicone tip protects the retina during aspiration and subretinal fluid drainage ° Standard tip design...

MoistAir™ In-Line Air Humidifier Enhance surgical performance by reducing dehydrating effects of dry air in the posterior chamber with the MoistAir humidifier.3,4 Peer reviewed studies show: ° Delay crystalline lens feathering ° May prevent visual field defects after macular hole surgery ° Protect the corneal endothelium 5 The MoistAir chamber inserts into any standard tubing set and is self-priming when placed between the stop cock and infusion cannula. Description (Box/10) Model Number MoistAir Humidifying Chamber Endoview™ Sapphire Surgical Contact Lenses* Manufactured from single-crystal...

1. Haller JA, Blair N, de Juan E Jr, De Bustros S, Goldberg MF, Muldoon T, Packo K, Resnick K, Rosen R, Shapiro M, Smiddy W, Walsh J. Transscleral diode laser retinopexy in retinal detachment surgery: Results of a multicenter trial. Retina 1998;18(5):399-404. 2. Kapran Z, Uyar OM, Bilgin BA, Kaya V, Cilsim S, Eltutar K. Diode laser transscleral retinopexy in rhegmatogenous retinal detachment surgery. Eur J Ophthalmol 2001;11(4):356-60. 3. Harlan JB, Jr., Lee ET, Jensen PS, de Juan E, Jr. Effect of humidity on posterior lens opacification during fluid-air exchange. Arch Ophthalmol 1999;117(6):802-4....