IOL PRE-CHOPPER Code 20-116 Tip of instrument has a sharp point which allows for easy insertion into the nucleus and will fit through a 2mm incision. Blunt edge may be used to penetrate the initial split to crack the nucleus Reverse cross action style handle eliminates stretching of the incision Anodised blue non-glare finish
Project Tag: IOL INSTRUMENTS
IOL Pre-Chopper
IOL PRE-CHOPPER Code 20-115 Blades are designed to pre-chop soft nuclei and will fit through a 2mm incision Reverse cross action style handle eliminates stretching of the incision Anodised blue non-glare finish
IOL Insertion Forceps – Flat Handle
IOL INSERTION FORCEPS – FLAT HANDLE Code 20-112 Overall length – 113mm 11mm smooth, highly polished jaws – 55 Degree Angle Anodised blue non-glare finish
Lens Holding Forceps
LENS HOLDING FORCEPS Code 20-106 Overall length – 110mm Kelman/McPherson – Polished tips Anodised blue non-glare finish
IOL Folding Forceps – Castroviejo Handle
IOL FOLDING FORCEPS – CASTROVIEJO HANDLE Code 20-105 Overall length – 105mm Direct Action without lock 5.5/6mm IOL’s Anodised blue non-glare finish
IOL Folding Forceps – Flat Handle
IOL FOLDING FORCEPS – FLAT HANDLE Code 20-104 Overall length – 110mm Direct Action without lock 6mm IOL’s Anodised blue non-glare finish
IOL Insertion Forceps – with lock
IOL INSERTION FORCEPS – WITH LOCK Code 20-102 With lock Fine, highly polished tips Anodised blue non-glare finish
IOL Insertion Forceps – without
IOL INSERTION FORCEPS – WITHOUT LOCK Code 20-101 Without lock Fine, highly polished tips Anodised blue non-glare finish
IOL Lens Cutter – Straight
IOL LENS CUTTER – STRAIGHT Code 10-708 Designed with narrow blades to allow entry through a small incision, with micro serrations on the cutting edge to enable the scissors to grip the lens efficiently. Once cut, the optic material adheres to the serrations thereby preventing any unintended movement of the lens, and ensuring stability within...
IOL Lens Cutter – Angled
IOL LENS CUTTER – ANGLED Code 10-707 Designed with narrow blades to allow entry through a small incision, with micro serrations on cutting edge to enable the scissors to grip the lens efficiently. Once cut, the optic material adheres to the serrations thereby preventing any unintended movement of the lens, and ensuring stability within the...