Markers

Designed in cooperation with Jesse Richman, M.D., USA. Mark the desired axis of toric placement. The mark is performed preoperatively, which elimin...

Marks the limbus at 3, 6 and 9 o'clock. Helps to avoid the effect of cyclotortion. Gravity weight system assures excellent visualization and ba...

Lum LRI Gravity Axis Marker, Pre-Op, 14.00 mm, Angled, Horizontal Axis 3' and 9', Length 140 mm, Round Titanium Handle, Stainless Steel Gravity Sys...

Marks the limbus at 3, 6 and 9 o'clock. Helps to avoid the effect of cyclotortion. Gravity weight system assures excellent visualization and ba...

Marks the limbus at 3, 6 and 9 o'clock. Helps to avoid the effect of cyclotortion. Gravity weight system assures excellent visualization and ba...

LRI Slit Lamp Gravity Marker, Pre-Op, 14.00 mm, Horizontal Axis 3' and 9', Length 138 mm, Round Titanium Handle, Stainless Steel Gravity System 3-1...

Marks both horizontal and toric axes pre-operatively, which eliminates an Intra-op step. Equipped with rotating ring for accurate alignment. Reduce...

Creates centering indentation on the cornea which the surgeon can easily follow when performing a capsulorhexis. Allows for proper sizing and great...

Designed in cooperation with Jaime Velazquez O'Byrne, M.D.,Colombia. 4 radial blades mark the horizontal and vertical meridians of the visual axis....

Marks both horizontal and toric axes pre-operatively, which eliminates an Intra-op step. Equipped with rotating ring for accurate alignment. Reduce...

Used to mark visual center for ICRS implantation procedure. Visual center marker 0.15 mm wide. Sinskey hook 0.50 mm wide.13-143_tunnel-zone_marker,...

Platforms mark two 2.5 mm long arcs positioned 2.5 mm from the limbus for indicating the correct penetration points and the length of the intrascle...

Double-ended (10.00 mm and 11.00 mm diameters). With central marking point. Improves centration of the cornea during DSAEK microkeratome preparatio...

Thin S” leaves a fine line with less ink transferred to the corneal stroma. Optimal angle between tip and handle provides for better visualization ...