Appendectomy Set – 48 Pcs

The Babcock Grasper from Medimax Corporation is a high-precision laparoscopic instrument engineered for delicate tissue handling. Specially designed to securely hold tubular or soft structures—such as intestines, fallopian tubes, ureters, or vessels—without causing trauma, this grasper is indispensable in both general and advanced minimally invasive surgeries.

Its rounded, atraumatic jaws make it ideal for gentle manipulation, minimizing the risk of tissue damage. Built from high-grade, corrosion-resistant stainless steel and designed with ergonomic comfort in mind, this instrument ensures superior control and tactile feedback. As a reusable and autoclavable solution, it also delivers cost-efficiency and environmental sustainability.

The Claw Grasper is a versatile and durable laparoscopic instrument designed for efficient tissue grasping, retrieval, and manipulation during minimally invasive procedures. Built with precision-crafted claw-shaped jaws, this instrument ensures maximum grip strength, secure tissue control, and surgeon confidence during even the most delicate interventions.

The Fundus Grasper is a vital tool in modern laparoscopic procedures, especially in gynecological and bariatric surgeries. Designed with a gentle curve and fine serrated jaws, this instrument offers an optimal balance of grip strength and tissue protection. Whether used for fundus retraction during sleeve gastrectomy or uterine handling in gynecology, its ergonomic construction ensures enhanced precision and comfort.

Medimax Corporation's laparoscopic instruments, including the Fundus Grasper, are crafted to meet the highest standards of surgical performance, enabling safe and repeatable use in the operating room. With its high-quality stainless-steel body and durable jaw mechanism, this grasper provides superior functionality and longevity.

The Maryland Dissector Straight from Medimax Corporation is a premium laparoscopic instrument crafted for precise and delicate tissue dissection. Its straight, fine jaws offer improved control during procedures requiring meticulous handling, especially in confined surgical fields.