Troutman-Castroviejo Corneal Section Scissors – Micro Pattern

miniature pattern, 6.0 mm equal length blades, w/ lock, 4-1/2" (11.5 cm) Troutman-Castroviejo Corneal Section Scissors are a useful tool in performing a sclerocorneal section to gain access to the anterior chamber of the eye or lens during a cataract operation. The extended 10mm blades allow for quick and precise cuts through corneal tissue while reducing operating time. The locking mechanism allows the inner blade to remain stationary depending on physician preference. Both right and left curvature are available on the scissors to accommodate a variety of surgical needs.

wide handle, curved blunt tips, 5-1/2" (14.0 cm)  Westcott Tenotomy Scissors are a commonly used tool in ophthalmologic procedures. The scissors are designed to cut the tendonous insertion of the extra-ocular muscles or for the incision of Tenon's capsule. The wide, spring loaded handle of the scissors is designed to reduce physician fatigue while providing increased control. The scissors are available in either a right or left handed model depending on physician preference.

mirror finish, blunt tips, 4-1/2" (11.5 cm) Stevens Tenotomy Scissors are a commonly used tool in ophthalmologic surgeries. The scissors are designed to cut the insertion of the extra-ocular orbital muscles. This is accomplished by placing one blade of the scissors behind the tendon. The scissors feature blunt tips to reduce damage to the surrounding orbital tissue and are available in a straight or curved profile depending on surgical preference.

curved, sharp tips, 3-1/3" (8.5 cm) McPherson-Vannas Micro Iris Scissors are a multipurpose tool used in ophthalmologic and general surgery procedures. The scissors may be used for manipulating and incising tissue in an iridectomy or iridotomy. The spring loaded design with widely spaced handle gives the surgeon optimal control during the procedure, while the micro pattern affords the surgeon maximal precision. In addition, the curved sharp tip aids in dissection while accommodating to the patient's natural curvature.