| Name | Gerald Tissue Forceps |
| Lead Time | Lead time advised within 48 hours of order placement. |
| Specialty | Cardiothoracic-Stainless & Tungsten Carbide Dusted Thumb Forceps |
| Material Finish | Stainless Steel |
| Grade | Premium Operating Room |
| Units of Measurement | Each |
| Manufacturer | King Plus Surgical Industry |
| Sterility | Non-Sterile |
| Usage | Reusable |
Gerald Tissue Forceps
Gerald Tissue Forceps
1.0 mm tips
Gerald Tissue forceps are ideal for general purpose use in grasping and tissue movement in cardiothoracic surgeries. These forceps feature a lightweight and slim design allowing them to move deeply into the body without causing damage to surrounding structures. The slim handles taper into delicate tips perfect for handling delicate vessels. Additionally, this instrument is available in a number of different lengths and with either cross-serrated tips for even better gripping of tissue or tungsten dusting to further reinforce the strength, a model with platform is also available.
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Cooley Vascular Tissue Forceps
Cooley Vascular Tissue Forceps
Cooley Vascular Tissue forceps are multi functional instrument useful in a wide variety of cardiothoracic surgical procedures. The slim design allows them to maneuver between delicate body tissue atrauamtically without risking damage to the surrounding structures. The slightly widened ribbed handle allows adequate surface area for gripping and eventually tapper into tips made for grasping and reaching areas where fingers will not suffice. This instrument is available in three lengths: 6", 8" and 9.5" making them well suited for a wide range of procedures and patients sizes.
Vascular Tissue Forceps – Delicate
Delicate, cross-serrated tips taper to 1.0 mm, 7-7/8" (20.0 cm)
Vascular Tissue Forceps are designed as multi purpose forceps for use in cardiothoracic surgical procedures in any instance where delicate grasping force is necessary. These forceps feature cross-serrated tips that taper to 1.0 mm making them adept at handling and keeping a secure grasp on the tissue without causing crush or tearing injury. Additionally, they are specially crafted to be built very delicately mirroring the tissue it will be handling.
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