| Name | Aortic Exclusion Clamp |
| Lead Time | Lead time advised within 48 hours of order placement. |
| Specialty | Cardiothoracic-Cardiovascular Clamps |
| Material Finish | Stainless Steel |
| Grade | Premium Operating Room |
| Units of Measurement | Each |
| Manufacturer | Tool Tectra |
| Sterility | Non-Sterile |
| Usage | Reusable |
Exclusion Clamp
Exclusion Clamp
s shaped, curved jaws 8.5 cm, 7-1/4″ (18.5 cm)
Aortic Exclusion Clamp are ideally made for use in cardiothoracic surgical procedures in which there is a need to exclude a certain portion of the aorta. The unique “S” shaped curvature of the jaws makes it contoured to fit the unique curvature and shapes necessary of atraumatic clamping of vessels. Although this instrument could have a wide application on other vessels it is designed for use in clamping of the aorta. This instrument is comprised of premium German operating-room grade stainless steel.
SKU:
TT-SI-2599
Category: Cardiovascular Clamps
Description
Reviews (0)
Be the first to review “Exclusion Clamp” Cancel reply
Shipping & Delivery
Related products
Cooley Coarctation Clamp – 6 3/4″
SKU:
TT-SI-3911
Cooley Coarctation Clamp - 6 3/4"
jaws calibrated at 5.0 mm intervals, 6-3/4" (17.1 cm
Cooley Coarctation Clamp is made for use in cardiothoracic surgical procedures. The ring handles make this instrument easy to handle and manipulate and the length of the tool allows the handle out of the surgical field. Additionally, the jaws are calibrate at 5.0 mm intervals and this instrument is available with straight shanks and straight, curved or spoon jaws, or angled shanks with straight jaws making it possible to find a suitable instrument for the particular surgical procedure.
Cooley Acutely Curved Clamp
SKU:
TT-SI-6288
Cooley Acutely Curved Clamp
angled shanks, jaws calibrated at 5.0 mm intervals, 6-1/2" (16.5 cm)
Cooley Acutely Curved Clamp is designed for use in cardiothoracic surgeries. This instrument is designed to clamp vessels to reduce or completely block blood flow during surgery to allow the procedure to continue in a certain anatomical location where the blood is no longer able to flow through. These clamps feature an angled shanks as well as jaws calibrate at 5 mm intervals. Additionally, this instrument is available in three sizes: small, medium and large to accommodate a variety of patient sizes and a the wide variety of vessels that this clamp can be used on.
Cooley Patent Ductus Clamp – 6 1/4″
SKU:
TT-SI-2718
Cooley Patent Ductus Clamp - 6 1/4"
jaws calibrated at 5.0 mm intervals, 6-1/4" (16.0 cm)
Cooley Patent Ductus clamp is well suited for use in cardiothoracic surgical procedures. Specifically this clamp is designed for use in surgical procedures to repair a patent ductus. The jaws of this clamp are calibrated at 5 mm intervals and are designed for a firm surgical grip upon the vessels but is delicate enough to prevent any bruising or tears to the vessels walls themselves. This instrument is available with either straight or angular shanks making it possible to select the best fit possible for the procedure at hand.
Cooley Iliac Clamp
SKU:
TT-SI-7926
Cooley Iliac Clamp
Cooley Iliac Clamp allows for exquisite control of blood flow through large arteries during a number of orthopedic and cardiac procedures, or whenever temporary occlusion of the iliac vasculature is desired. Renowned for its ease of use, Cooley Iliac Clamp is designed for the application of variable pressures on the Iliac artery to prevent intrusive blood flow. It provides for a strong, secure and adjustable grip which can be used for closure of vasculature or secure clamping of soft tissue. The jaws are set at a slight angle so as to allow maneuverability while still maintaining pressure and control when clamping the intended area. This clamp features straight jaws, handles angled at 45 degrees and is available in two different jaws sizes.
Cooley Cardiovascular Clamp
SKU:
TT-SI-2459
Cooley Cardiovascular Clamp
2" (5.1 cm) curved jaws, 10-3/4" (27.3 cm)
Cooley Cardiovascular Clamp is an ideal tool for use in cardiothoracic surgical procedures that require clamping of vessels to prevent excessive bleeding. This instrument is designed with two inch curved jaws that allow for stable closure of vessel while maintaining gentle enough pressure on the vessel wall to prevent damage or tearing. Additionally, this clamp features a ratcheting mechanisms to keep the clamp locked in place during surgery.
Cooley Anastomosis Clamp Modified
SKU:
TT-SI-9911
Anastomosis Clamp Modified
30 degree side angled jaws, 6-1/2" (16.5 cm)
Cooley Anastomosis Clamp Modified is ideally used in cardiothoracic surgeries that require anastomosis between vessels and thus a clamp is utilized to reduce but not completely occlude blood flow. This instrument is hand-crafted by certified instrument makers to conform to the highest standards in instrumentation. Additionally, this modified anastomosis clamp features a 30 degree side angled jaw making it more able to access harder to reach vessels.
Beck Miniature Aorta Clamp – Titanium
SKU:
TT-SI-8416
Titanium
straight shanks, 6-3/4" (17.0 cm), debakey jaws, titanium
Beck Miniature Aorta clamp is designed for use in cardiothoracic surgeries. This miniature aorta clamp is ideally suited for use in neonatal or pediatric patients who have vessels that are too small to be handled by traditional sized instruments. This instrument can be used to clamp the aorta to occlude blood flow and prevent excessive bleeding during surgery. Additionally, this clamp is available with either DeBakey jaws or titanium jaws.
Cooley Aortic Aneurysm Clamp
SKU:
TT-SI-2373
Cooley Aortic Aneurysm Clamp
slightly curved jaws, jaws 7.6 cm, 10-3/4" (27.3 cm)
Cooley Aortic Aneurysm Clamp is made to be used cardiothoracic procedures that require clamping of the aorta, specifically at or around the site of aneurysm. This clamp can be used to in temporary occlusion of the aorta to resect fusiform aneurysms as well as provide additional support and stability in aortic grafting procedures. The slightly curved jaws gives this clamp the ability to contour to and seamlessly move through the surgical field causing the least amount of trauma to the aorta itself and surrounding tissue.

Reviews
There are no reviews yet.