Yasargil Tumor Holding Forceps 3 mm & 5 mm Brand TRYKO+

ART INTERNATIONAL TRYKO+ Yasargil Tumor Holding Forceps

Product Overview

The ART INTERNATIONAL TRYKO+ Yasargil Tumor Holding Forceps are precision neurosurgical instruments designed for secure grasping, manipulation, and removal of brain tumors and abnormal cerebral tissues during neurosurgical procedures. These specialized forceps provide exceptional control and precision for delicate tumor resection work under microscopic visualization.

Key Features

• Manufactured from premium surgical stainless steel for superior strength and precision

• Cup-shaped, serrated jaws available in 3mm and 5mm sizes to accommodate different tumor types and surgical requirements

• Bayonet-shaped design provides optimal visualization of the surgical field while maintaining ergonomic handling

• Fine, precisely aligned tips ensure atraumatic tissue handling and secure grip without excessive crushing

• Spring-loaded mechanism with controlled closing pressure for delicate tissue manipulation

• Non-slip grip surfaces on handles for secure control during critical procedures

• Lightweight construction reduces surgeon fatigue during lengthy microsurgical procedures

• Satin finish minimizes glare under surgical microscope illumination

• Fully autoclavable and reusable for repeated clinical use

Applications

• Primary use in neurosurgical procedures for brain tumor grasping, holding, and controlled removal

• Essential for meningioma resection, glioma removal, and other intracranial tumor procedures

• Used in microsurgical procedures requiring precise tissue manipulation under magnification

• Suitable for both superficial and deep-seated tumor resection procedures

• Ideal for handling fragile or vascular tumor tissues that require gentle manipulation

Benefits

• 3mm size ideal for small, delicate tumors and precise tissue manipulation

• 5mm size suitable for larger tumor masses requiring more substantial grip

• Cup-shaped jaws distribute pressure evenly to prevent tissue fragmentation

• Bayonet design maintains clear surgical field visibility without instrument obstruction

• Long-reaching shaft provides access to deep intracranial surgical sites

• Precise control and gentle handling critical for successful tumor resection outcomes

• Durable construction supports long-term clinical use in demanding neurosurgical environments