Vitreoretinal Micro Instruments
Micro Scissors

- VR-1011 Straight Scissors
- Sharp tipped straight scissors with 3mm long blades
- Ideal for cutting in the iris plane or trimming peripheral membranes

- VR-1012 Curved Scissors
- Sharp tipped 3mm long blades curved to a 4mm radius
- Designed for cutting parallel to the retina. Curved blades enable easy cutting along the curvature of the globe

- VR-1013 135° Angled Scissors
- Sharp tipped horizontal style scissors angled 135°, 2mm from the tip
- Shallow blade angle designed for cutting and dissection parallel to the retina. Ideal for cutting membranes from the retina surface

- VR-1014 45° Angled Scissors (Vertical)
- Sharp tipped vertical style scissors with 1.75mm long blades
- Distal blade remains stationary during use to provide extremely precise control while cutting. Vertical cutting style allows powerful, controlled cutting action. Thin distal blade enables cutting with minimal risk to the choroid or underlying membranes

- VR-1024 - 125° Angled Scissors
- Sharp tipped horizontal style scissors angled at 125°, 2mm from the tip
- Enables dissection and cutting parallel to the retina. Designed for delaminating membranes adherent to the retina surface

- VR-1025 60° Angled Scissors (Vertical)
- Sharp tipped fine vertical style scissors with 1.9mm long blades
- Distal blade remains stationary during use to provide extremely precise control while cutting. Vertical cutting style allows powerful, controlled cutting action. Thin distal blade enables cutting with minimal risk to the choroid or underlying membranes

- VR-1026 45° Scissors With Membrane Pick (Vertical)
- Sharp tipped vertical style scissors with 2mm distal blade and 1.75mm proximal blade
- Distal blade remains stationary during use to provide extremely precise control while cutting. Vertical cutting style allows powerful, controlled cutting action. Thin distal blade enables cutting with minimal risk to the choroid or underlying membranes. Longer distal blade allows lifting and manipulation of membrane during cutting.