Medical Blades
Baucor's Medical Blades are manufactured to the highest standards of precision and quality, meeting the stringent requirements of the medical industry. Our blades are used in a wide range of surgical procedures, offering surgeons the sharpness, control, and reliability they need for optimal patient outcomes.
Blades for Orthopedic Surgery
Designed for precision and control in orthopedic procedures, Baucor's Blades for Orthopedic Surgery enable surgeons to perform intricate bone and tissue cutting tasks with confidence. Our blades offer exceptional sharpness, durability, and resistance to wear, contributing to successful orthopedic surgeries.
Blades for Neurosurgery
Baucor's Blades for Neurosurgery are precision-engineered to meet the demanding requirements of delicate neurosurgical procedures. Our blades offer the sharpness, control, and reliability neurosurgeons need for precise tissue dissection and minimal trauma during brain and spinal cord surgeries.
Blades for Dermatology
Achieve precise and controlled incisions in dermatological procedures with Baucor's Blades for Dermatology. Our blades offer exceptional sharpness and maneuverability, facilitating accurate tissue removal and minimizing scarring in various skin surgeries.
Blades for General Surgery
Baucor's Blades for General Surgery are designed to handle a wide range of surgical procedures, from minor incisions to major operations. Our blades offer the versatility, sharpness, and durability surgeons need for optimal performance in various surgical settings.
Blades for Ophthalmic Surgery
Precision and delicacy are paramount in ophthalmic surgery. Baucor's Blades for Ophthalmic Surgery are crafted to meet these exacting standards, offering exceptional sharpness and control for intricate eye surgeries.
Blades for Cardiovascular Surgery
Baucor's Blades for Cardiovascular Surgery are engineered to perform in the demanding environment of cardiovascular procedures. Our blades offer the sharpness, strength, and reliability surgeons need for precise tissue cutting and minimal trauma during heart and vascular surgeries.