BR Surgical KANTROWITZ Dissecting Forceps, delicate right angle jaw, 9½"

Yes, these forceps are specifically engineered with a delicate right-angle jaw configuration. This design allows for superior precision and controlled manipulation when performing fine dissection in confined or hard-to-reach anatomical areas.

The 9½-inch (24.13 cm) overall length is specifically chosen to provide the necessary reach required for complex surgical approaches where access to deeper tissue planes is essential.

Absolutely. All BR Surgical KANTROWITZ forceps are guaranteed Factory New upon delivery. They are sourced directly from the manufacturer to ensure the highest quality and authenticity.

To ensure you are receiving the exact instrument required, you can reference the manufacturer part number: BR12-46224. This identifier confirms the specific configuration of the delicate right-angle jaw and the 9½-inch length.

Yes, they are intentionally designed for professional surgical use. The combination of the right-angle jaw and the extended reach makes them an excellent tool for procedures that demand high precision and meticulous handling.

Yes, these forceps are designed for optimal control, weighing only 0.01 pounds. This minimal weight helps reduce hand fatigue during extended or intricate surgical tasks.

Yes, this instrument is produced by BR Surgical, a company known for their precision engineering in medical instrumentation. They prioritize functional design to meet the rigorous demands of sterile surgical environments.

To maintain the integrity and quality of the instrument, this item ships directly from the manufacturer. This direct-shipping approach ensures you receive a factory-fresh product.

The right-angle jaw is a specialized feature that enables clinicians to grasp, retract, or dissect tissue at angles that straight forceps cannot easily access, providing a significant advantage in restricted surgical spaces.

Yes, the KANTROWITZ dissecting forceps are purely manual instruments. They are built to provide the tactile feedback and direct control necessary for delicate tissue manipulation without the need for external power sources.