Showing 85–96 of 797 results
35mm Image-Line blade – short teeth blue New Locking Hub
35mm Image-Line blade – short teeth blue Standard Blade
4″ Case – no inserts Full Size
4″ Self Retaining Shoulder Retraction Blade
40mm Image-Line blade – blunt red
40mm Image-Line Blade – Blunt Red is a precision surgical retractor blade designed for spinal, orthopedic, and neurosurgical procedures requiring atraumatic tissue retraction and enhanced operative exposure. The blunt blade configuration provides controlled tissue handling, stable retraction, and dependable surgical access during advanced procedures.
40mm Image-Line blade – blunt red New Locking Hub
40mm Image-Line blade – blunt red Standard Blade
40mm Image-Line Blade – Blunt Red Standard Blade is a precision surgical retractor blade designed for spinal, orthopedic, and neurosurgical procedures requiring atraumatic tissue retraction and enhanced operative exposure. The blunt blade configuration provides controlled tissue handling, stable retraction, and dependable surgical access during advanced procedures.
40mm Image-Line blade – long teeth red
40mm Image-Line blade – long teeth red New Locking Hub
40mm Image-Line blade – long teeth red Standard Blade
40mm Image-Line blade – short teeth red
40mm Image-Line Blade – Short Teeth Red is a precision surgical retractor blade designed for spinal, orthopedic, and neurosurgical procedures requiring controlled tissue retraction and enhanced operative exposure. The short teeth blade configuration provides secure tissue engagement, stable retraction, and dependable surgical access during advanced procedures.
40mm Image-Line blade – short teeth red New Locking Hub
40mm Image-Line Blade – Short Teeth Red New Locking Hub is a precision surgical retractor blade designed for spinal, orthopedic, and neurosurgical procedures requiring controlled tissue retraction and enhanced operative exposure. The short teeth blade configuration with new locking hub provides secure tissue engagement, improved blade stability, and dependable surgical access during advanced procedures.