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Hemostatic Forceps Sklarlite Xd™ Crile 5-1/2 Inch Length Or / Surgical Grade German Stainless Steel Nonsterile Locking Finger Ring Handle Straight Extra Delicate, Serrated Tips
- Sklarlite XD™ Crile Hemostatic Forceps, also known as a Crile Hemostat, are most commonly used for clamping blood vessels or tissue before cauterization or ligation
- Horizontal serrations the entire length of the jaw, and jaws half the length of the shank make this instrument unique
- May also be used for soft tissue dissection typically no deeper than 6-8 inches or in Laparotomy procedures
- klarlite XD™ instruments are noticeably lighter and delicate than standard instruments which allow the surgeon the highest degree of precision with the least amount of fatigue
- Sklarlite XD™ Crile Hemostatic Forceps, also known as a Crile Hemostat, are most commonly used for clamping blood vessels or tissue before cauterization or ligation
- Horizontal serrations the entire length of the jaw, and jaws half the length of the shank make this instrument unique
- May also be used for soft tissue dissection typically no deeper than 6-8 inches or in Laparotomy procedures
- klarlite XD™ instruments are noticeably lighter and delicate than standard instruments which allow the surgeon the highest degree of precision with the least amount of fatigue
$139.45
Hemostatic Forceps Sklarlite Xd™ Crile 5-1/2 Inch Length Or / Surgical Grade German Stainless Steel Nonsterile Locking Finger Ring Handle Straight Extra Delicate, Serrated Tips—
$139.45
Description
- Sklarlite XD™ Crile Hemostatic Forceps, also known as a Crile Hemostat, are most commonly used for clamping blood vessels or tissue before cauterization or ligation
- Horizontal serrations the entire length of the jaw, and jaws half the length of the shank make this instrument unique
- May also be used for soft tissue dissection typically no deeper than 6-8 inches or in Laparotomy procedures
- klarlite XD™ instruments are noticeably lighter and delicate than standard instruments which allow the surgeon the highest degree of precision with the least amount of fatigue
