$100.00Original price was: $100.00.$85.00Current price is: $85.00.
End Line: Precision and innovation combined — the 8″ Micro Kerrison Rongeur 4mm Panther Ceramic Coated delivers ultra-smooth, durable performance for modern microsurgery.
$100.00Original price was: $100.00.$85.00Current price is: $85.00.
End Line: The 8″ Micro Kerrison Rongeur 4mm Super-Coat offers advanced durability, ultra-smooth operation, and unmatched reliability in every neurosurgical procedure.
$100.00Original price was: $100.00.$85.00Current price is: $85.00.
End Line: The 8″ Micro Kerrison Rongeur 4mm, 40° Up, Stainless Steel delivers precision access and powerful control — a trusted tool for intricate neurosurgical bone work.
$100.00Original price was: $100.00.$85.00Current price is: $85.00.
End Line: The 8″ Micro Kerrison Rongeur 5mm Panther Ceramic Coated delivers the ideal balance of speed, precision, and durability for advanced neurosurgical procedures.
$100.00Original price was: $100.00.$85.00Current price is: $85.00.
End Line: Engineered for strength and control — the 8″ Micro Kerrison Rongeur 5mm Stainless Steel provides consistent precision for critical neurosurgical tasks.
$100.00Original price was: $100.00.$85.00Current price is: $85.00.
End Line: Superior performance and endurance — the 8″ Micro Kerrison Rongeur 5mm Super-Coat ensures unmatched cutting accuracy and reliability in every operation.
$100.00Original price was: $100.00.$80.00Current price is: $80.00.
Closing Line
Elegant curvature and uncompromising precision — the 8″ O'Shaughnessy Artery Forceps are built for reliability and excellence in every surgical setting.
$100.00Original price was: $100.00.$85.00Current price is: $85.00.
End Line: The 8″ Rotating Kerrison Rongeur 1mm Panther Shaft combines precision and adaptability — ensuring superior reach and accuracy in microsurgical decompressions.
$100.00Original price was: $100.00.$80.00Current price is: $80.00.
End Line: The 8″ Rotating Kerrison Rongeur 5mm Ejector delivers power, precision, and smooth workflow — ensuring optimal bone clearance during complex neurosurgical operations.
