Dodick Nucleus Splitter

0.12 mm angled 45 degrees, 6.0 mm tying platform, 4-1/8" (10.5 cm) Colibri Type Corneal Utility Forceps are a commonly used instrument for handling the corneal tissue during keratoplasty or repair. These forceps feature fine 0.12 teeth for the manipulating delicate tissue during cornea-scleral suturing, while the 6.0 mm tying platform allows for the handling of both tissue and sterile material. Finally, a ribbed handle provides a secure grip during the procedure.

standard handle, heavy, 1x2 angled teeth, 4-1/4" (11.0 cm) Elschnig Fixation Forceps are ideal for holding in place tissue during ophthalmologic procedures. The teeth on the forceps are ideal for handling and fixing the conjunctiva and episcleral tissue, or holding the globe in place. The handle features finger holds for adjusting grip and traction during the procedure.

4-1/4" (11.0 cm) Castroviejo Titanium Suturing Forceps are a multipurpose tool for a variety of ophthalmologic procedures. The heavy set teeth ensure the firm grasp of tissue or suturing equipment without slippage, while the slightly extended length aids in accessing difficult areas. The forceps are available with a tying platform, designed to grasp both the tissue and suturing equipment without changing instruments. Three different tooth sizes are available depending on surgical preference. Forceps manufactured with a lightweight, titanium alloy body offer advantages for procedures that require delicate precision. They possess greater strength and durability than stainless steel and superior resistance to corrosion, staining and pitting. Titanium forceps are almost half the weight of stainless steel, offering a more tactile feel with minimal fatigue. Finally, blue-colored tint reduces glare and the non-magnetic material resists static buildup.

w/ slide lock, 4" (10.0 cm) Berens Muscle Clamp is a unique tool designed to handle the muscle insertions of the eye. The clamp features 13.5 mm blades, wide enough to handle the extraocular and levator muscles. The teeth on the bottom blades are specially designed to avoid slipping and hold the muscle for further manipulation.