Cloward Style Blade Retractor

for changing blades w/ ball snap system, 4-1/2" (11.5 cm) Blade Ejector Forceps are crafted for use along side a variety of different blades. It is ideally suited for changing blades with a ball snap system, all of which are also available by Surgical. These forceps are hand-crafted by certified instrument makers to conform to the highest standards in instrumentation. This instrument is a valuable addition to any surgical repertoire specifically in quickly and effectively changing blades.

9-1/2" (24.0 cm) Caspar Nerve Root Retractor is an instrument specially made for use in neurosurgical procedures. More specifically this is used in nerve root retraction in procedures such as lumbar discectomy. The retractor blade comes in a variety of widths including: 6.0 mm, 8.0 mm and 10.0 mm making it a highly versatile retractor that can apply a varied amount of pressure depending on the circumstance.

suitable for dorsal access to the spinal column, interchangeable blades, curved blades allow larger operative area, reduced shadowing during x-ray, unilateral & bilateral access to lamina, lightweight, corrosion resistant titanium Casper Type Titanium Spinal Spreading System a set of instruments and components that is specifically designed for retraction and spreading in orthopedic neurosurgical procedures. This instrument is suitable for dorsal access to the spinal column. It features interchangeable blades which have a slight curvature that allows for a larger operative area and reduce shadowing during x-ray. It allows for unilateral and bilateral access to lamina and is formed from a lightweight, corrosion resistant titanium. It is available as the frame only, blade support with closure, blade supporting with adjustable screw or as a complete set.

1 blunt prong, 13.0 mm depth, 5-1/8" (13.0 cm) Cervical Tissue Retractor is ideally crafted for soft tissue retraction in the cervical spinal area. This retractor also features one blunt prong that allows for exploration and movement without damage or trauma to surrounding tissue. This can be used in orthopedic neurosurgical procedures such as anterior laminectomies.