Hohmann Retractor – 1 Finger Ring

10" (25.0 cm)Blount Retractor is a general-purpose retractor that can be used in orthopedic surgeries. It is designed with a very flat design allowing it to effectively retract and evenly distribute the pressure being applied while keeping itself out of the surgical field. Additionally it is made with either a single or a double prong making it a highly versatile instrument that can be satisfy a variety of patient needs and surgeon preferences.

ball snap closure, w/ teeth?Carbon Fiber Radiolucent Medial Blade is an added component to be used alongside the cervical retractor for general purpose soft tissue retraction. All six blades are made from stainless steel and a ball snap closure making them a tight fit. Each blade also features teeth giving them added hold in retraction. They are available in variety of sizes making it possible to find a suitable blade for soft tissue retraction in a number of neurosurgical scenarios and approaches to the spinal cord. Additionally this instrument is radiolucent which allows it to be left in place during x-ray and can be seen through.

9-1/2" (24.1 cm)?Bennett Bone Retractor is designed for use in retraction of bone during surgical intervention. It features a large handle that features a rounded tip for ease in handling. Additionally the functional portion of this instrument has a flat neck that is at a slight angle and flares out and makes a distinctive leaf shape that is also rounded at its tip. The head of this piece is available in two widths 45.0 mm and 65.0 mm making it versatile enough for small and large bones.

stainless steel, ball snap closure, w/ teeth?Cervical Retractor Medial Blade is an added component to be used alongside the cervical retractor for medial retraction. All five blades are made from stainless steel and a ball snap closure making them a tight fit. Each blade also features teeth that are variety in their size and curvature making it possible to find a suitable blade for soft tissue retraction in a number of neurosurgical scenarios and approaches to the spinal cord.