| Name | Inge Lamina Spreader |
| Lead Time | 0-3 days |
| Competitor | ;BV297R;MB989R;OS1316;0801806;080-1806;GS40.3170;GS403170;290152;290-152;74165060;741-6506-0;210293;575505;57-5505;612516;61-2516;26-2000;KM48-217;VM842136;262000;KM48217;5755-05;290150;290-150;575504;57-5504;612515;61-2515;5755-04;BV298R;OS1317;74195030;741-9503-0;575506;57-5506;5755-06;OS1315;VM842139;VM84-2139;0801806s;080-1806s;290153;290-153;575509;57-5509;KM48218;KM48-218;5755-09;5755-05_5755-09; |
| Specialty | Neuro, Ortho & Spine-Retractors |
| Material Finish | Stainless Steel |
| Grade | Premium Operating Room |
| Units of Measurement | Each |
| Manufacturer | Ophthalmic Zone |
| Sterility | Non-Sterile |
| Usage | Reusable |
Inge Lamina Spreader
jaws open to 1-1/2″Â Inge Lamina Spreader is an ideal instrument for use in orthopedic spinal surgeries. This instrument is specially designed to be inserted between the lamina of the spinal cord and gently spread it apart in procedures such as laminectomies. These jaws open to 1.5″ and features serrated handles for a comfortable, no slip grip as well as a gently curve that keeps the instrument handle out of the surgical field. Additionally it is available in three lengths 6.25″, 9.5″ and 10″ all with
SKU:
OZ-01-1059
Category: Hooks & Retractors
Description
Reviews (0)
Be the first to review “Inge Lamina Spreader” Cancel reply
Related products
Adson Laminectomy Retractor
hinged arms, 4x5 blunt prongs, 1-1/8" (2.80 cm), 12-1/8" (31.0 cm)Adson Laminectomy Retractor is ideally suited for use in retraction of muscle and soft tissue layers during laminectomy procedures. This procedure removes the lamina, a portion of the vertebrae, and it is necessary to have full access to the vertebrae in question. This retractor features ring handles for ease in handling as well as hinged arms and blunt prongs that provide a gentle but secure hold on the tissue.
Beckmann Laminectomy Retractor
hinged arms, 4x4 sharp prongs, 17.0 mm deep, 12-1/8" (31.0 cm)Beckman Laminectomy Retractor is made for use in neurosurgical procedures of the spinal cord. Specifically this retractor can be used in laminectomy procedures in which the lamina of the vertebrate is removed. This retractor can be used to push aside the muscle and soft tissue layers that lie directly above the spinal cord. The ring handles and ratcheting mechanism make it easy to operate manually and to lock into the appropriate width. Additionally this retractor has sharp prongs and hinged arms to keep a firm grip on the tissue it is retracting.
Beckmann-Eaton Laminectomy Retractor
hinged arms, 7x7 prongs, 12-1/2" (32.0 cm)Â Beckmann-Eaton Laminectomy Retractor is designed for use in neurosurgical laminectomy procedures. In order to perform this procedure the soft tissue and muscle layer directly atop of the spinal need to be incised through and retracted. This instrument features hinged arms and 7x7 prongs that allow gentle but effective retraction that gives direct access to the surgical field. This retractor is available either with either sharp or blunt prongs making it a versatile instrument to satisfy any patient need or surgeon preference.
Bennett Bone Retractor
9-1/2" (24.1 cm)Â 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.
Carbon Fiber Radiolucent Longitudinal Blade
ball snap closure, blunt Carbon Fiber Radiolucent Longitudinal 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 a blunt edge preventing any excess tearing or trauma 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.
Carbon Fiber Radiolucent Medial Blade
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.
Cervical Retractor – Hinged Frame Only
hinged arms
Cervical Retractor can be used in a variety of neurosurgical procedures, specifically spinal surgeries. It features a ring handle for ease in manual operation as well as a hinged frame. This retractor can be used in laminectomies and other surgical maneuvers that require increased access to the spinal lamina or vertebral arch. This instrument is available with either rigid or hinged arms.
Cervical Retractor Fenestrated Blade
stainless steel, ball snap closure, bluntCervical Retractor Fenestrated Blade is an added component to be used alongside the cervical retractor for general purpose soft tissue retraction. Both blades are made from stainless steel and a ball snap closure making them a tight fit. Each blade also features a blunt edge to prevent trauma and tearing during retraction and the fenestrations increase the surface area over which the pressure is distributed. They are available in variety of sizes and curvatures making it possible to find a suitable blade for soft tissue retraction in a number of neurosurgical scenarios and approaches to the spinal cord.

Reviews
There are no reviews yet.