BR Surgical KERRISON Rongeur, 40º upwards, 5mm jaw, 12", without ejector

Yes, this instrument is specifically engineered for meticulous surgical tasks. It features a 5mm jaw size designed for controlled and precise resection of bone or tissue, making it an excellent choice for detailed orthopedic or neurosurgical procedures.

The 40º upward angle is specifically designed to enhance surgical access, allowing clinicians to navigate hard-to-reach anatomical locations more effectively during complex maneuvers.

Absolutely. This product is supplied in Factory New condition, ensuring that it meets strict medical standards for sterility, material integrity, and optimal performance right out of the box.

With a total length of 12 inches, this rongeur provides the necessary reach required for a variety of surgical fields, allowing for stable handling and access in deeper anatomical cavities.

No, this specific configuration is designed without an ejector mechanism. It is intended for surgeons who prefer a streamlined, non-ejector design for their specific surgical technique.

Yes, this is a specialized medical-grade instrument by BR Surgical, engineered specifically for professional use in operating environments that require high-performance bone contouring or removal tools.

As this item ships directly from the manufacturer, it has an estimated lead time of 7 business days (approximately 1-2 weeks), ensuring the product is sourced directly to maintain quality standards.

Yes. As a Factory New instrument from BR Surgical, it is built to withstand the rigorous demands of a professional surgical environment, providing reliable consistency during tissue and bone resection tasks.

As a professional surgical instrument, it should be processed according to your facility’s standard protocols for medical-grade stainless steel surgical equipment to ensure ongoing sterility and longevity.

Yes, it is a high-quality instrument manufactured by BR Surgical (MPN: BR40-41205), a brand known for supplying specialized equipment tailored to the precision requirements of orthopedic and neurosurgical specialists.