Showing 13–24 of 371 results

Bailey Aorta Clamp

SKU: TT-SI-1643
Bailey Aorta Clamp angled shanks Bailey Aorta Clamp are designed for use in cardiothoracic surgical procedures. This clamp is ideal for use when there is a surgical maneuver that requires exclusion of a specific portion of the vessel. The unique design of this clamp with the slightly angled shanks allows for this clamp to effectively reach and clamp off the aorta when other instruments may not be able to. Additionally, this instrument is available in three different jaw sizes: extra small, small and large making it well suited for a number of different vessel sizes but also in different levels of blood flow restriction.

Bailey Aortic Rongeur

SKU: TT-SI-7781
Bailey Aortic Rongeur 3.0 mm bite, 5-1/4" (13.5 cm) Bailey Aortic Rongeur is a highly versatile instrument for use in cardiothoracic surgery. This uniquely shaped rongeur features ring handles and a shaft that ends in a 3 mm bite jaw. It can be used for removal of small material from the aorta and aortic valve such as calcifications in stenotic patients. Additionally, it can be utilized for plaque removal from other peripheral regions where there is stenosis. This instrument is available in two styles: straight and angled down.

Bailey Rib Approximator

SKU: TT-SI-1632
Bailey Rib Approximator Bailey Rib Approximator is ideally used in cardiothoracic procedures. This approximator is uniquely designed with two opposing claw heads to allow the ribs to be brought back to closure. A large dial is used for moving the claws and is held in place by a ratcheting system ensuring delicate precision but maintaining firm hold and stability through the procedure. This instrument is available in two sizes: pediatric and adult.

Bailey-Gibbon Rib Approximator

SKU: TT-SI-1434
Bailey-Gibbon Rib Approximator w/ extended three-pronged blades, 6-3/4" (17.0 cm) Baily-Gibbon Rib Approximator is an instrument used in cardiothoracic surgical procedures. This rib approximator comes equipped with extended three-pronged blades which gives it better gripping ability during rib approximation. A ratcheting mechanism with a large dial are used to set the claws at variable spreads and then bring them closer together.

Ball Nerve Hook

SKU: TT-SI-8393
Ball Nerve Hook Ball Nerve Hook is ideally used in cardiothoracic surgical procedures involved in manipulating regions close to or involving nerves. This hook is uniquely designed to manipulate nerves without causing bruising or damage. It is particularly useful in mobilizing nerves because the ball tip allow control in moving the nerves without causing tension leading to tears in this very delicate tissue. This instrument is available in long or short to accommodate a number of different surgical scenarios.

Bayonet-Style Micro Forceps – Flat Handle

SKU: TT-SI-2811
Bayonet-Style Micro Forceps - Flat Handle flat handle, bayonet-style, tips impregnated w/ fine tungsten carbide dust, straight tips, 9" (23.0 cm)

Beall Circumflex Scissors

SKU: TT-SI-6883
Beall Circumflex Scissors 5-3/4" (14.5 cm) Beall Circumflex Scissors are crafted ideally to be used in cardiothoracic surgeries. The unique beak shaped curvature of the jaws of these scissors makes them able to access inside and around vessels and valves making allowing increased reach for the surgeon. Additionally, this scissors feature ring handles for ease in maneuverability as well as sharp cutting blades for precise cutting without causing crush or snag injury to the tissue.

Beck Miniature Aorta Clamp – Stainless

SKU: TT-SI-1882
Beck Miniature Aorta Clamp - Stainless straight shanks, 6-3/4" (17.0 cm), debakey jaws, stainless 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.

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.

Beck Vascular Clamp

SKU: TT-SI-1222
Beck Vascular Clamp cooley jaws calibrated at 5.0 mm intervals, straight shanks, 6" (15.0 cm) Beck Vascular Clamp is suited for optimal use in cardiothoracic surgical procedures. This clamp is designed to clamp vessels and occlude blood flow during surgical procedures in many cases to prevent an excessive amount of blood loss from the patient. A unique feature of this clamp is the curved Cooley jaws that are calibrated at 50 mm intervals as well as the straight shanks. This instrument is available two sizes: small jaw with heavy curvature and large jaw with medium curvature.

Bullet (Cone) Tip Tunneler

SKU: TT-SI-4159
Bullet (Cone) Tip Tunneler slightly curved w/ removable tip Bullet Cone Tip Tunneler is offered in a variety of lengths and features a curved shaft with removable tip. Ideal for tunneling in cardiothoracic procedures.

Bypass Tunneler

SKU: TT-SI-2727
Bypass Tunneler slightly malleable stainless steel shaft w/ olive tip, 21-1/4" (54.0 cm), 21-1/4" (54.0 cm) Debakey Bypass Tunneler is unique designed for by-pass operations by cardiothoracic surgeons. It is designed with a slightly malleable stainless steel shaft that includes a handle at one end and an olive ended tip on the other. This instrument can be used in surgical by-pass procedures by inserting the blunt end through one incision and the graft to the olive tip and then retracting it back through thus connecting the two incisions by bringing the graft through.