Name | Meyerding Laminectomy Retractor |
Lead Time | 0-3 days |
Competitor | ;MF067R;205240;205-240;501192;244530;24-4530;50-1192;NL5387;2445-30;MF066R;NL5386;205242;205-242;244555;24-4555;2445-55;MF065R;NL5385;VM842222;VM84-2222;205245;205-245;10205245;10-205245;501190;244560;24-4560;50-1190;NL538-5;2445-60;205244;205-244;61290;6-1290;244561;24-4561;2445-61;2445-30_2445-61; |
Specialty | Neuro, Ortho & Spine-Retractors |
Material Finish | Stainless Steel |
Grade | Premium Operating Room |
Units of Measurement | Each |
Manufacturer | Tool Tectra |
Sterility | Non-Sterile |
Usage | Reusable |
Meyerding Laminectomy Retractor
blades w/ toothed edges, 7-1/8″ (18.0 cm)Meyerding Laminectomy Retractor is crafted for use in neurosurgical laminectomy procedures. The unique design of this instrument features blades with toothed edges. The toothed edges serve to hold back the layers of soft tissue and muscles that overly the spine and help distribute the pressure over a larger area. The round handles allows for effective manual operation. This instrument is available in four different sizes in a variety of blade sizes making it well suited for any surgical approach or surgeon preference.
SKU:
TT-SI-2684
Category: Hooks & Retractors
Description
Reviews (0)
Be the first to review “Meyerding Laminectomy Retractor” Cancel reply
Shipping & Delivery
Related products
Cervical Retractor – Hinged Frame Only
SKU:
TT-SI-6565
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.
Caspar-Type Titanium Spinal Spreading System
SKU:
TT-SI-1765
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.
Blount Retractor
SKU:
TT-SI-5734
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.
Cervical Retractor Fenestrated Blade
SKU:
TT-SI-5969
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.
Carbon Fiber Radiolucent Longitudinal Blade
SKU:
TT-SI-2964
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.
Caspar Type Counter-Retractor
SKU:
TT-SI-8931
Caspar Type Counter-Retractor is a specialized instrument made for retraction of soft tissue during neurosurgical procedures. This retractor is available as a frame with six different blades ranging from 35.0 mm to 60.0 mm in 5.0 mm increments. The variety of sizes of blades allows this retractor to be suitable for many different patients and surgeon preferences.
Carbon Fiber Radiolucent Medial Blade
SKU:
TT-SI-9868
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.
Blount Knee Retractor
SKU:
TT-SI-9471
6.0 mm distal tip, 7" (17.5 cm)Â Blount Knee Retractor is a specialized instrument that is made for use in arthroplasty surgeries. The long narrow portion of this can be slid above the capsular ligament at the joint. It can also be fit around knee implants and thus is suitable for use in knee revision.
Reviews
There are no reviews yet.