Model: 30.0530.05
Clinical Application
This up-biting Kerrison punch is designed for controlled resection of small segments of bone and ligament in spinal and cranial procedures. Typical uses include laminectomy, foraminotomy, posterior decompression, microdiscectomy and targeted bone work around the neural foramen. ..
$444.65
Model: 46.0304.03
Clinical Application
This up-biting Kerrison punch is designed for controlled removal of small segments of cortical bone and ligamentous tissue during spinal and neurosurgical decompression procedures such as laminotomy, laminectomy and foraminotomy. The 5x5 mm bite permits precise, incremental rese..
$37.99
Model: 30.0534.06
Clinical Application
This up-biting Kerrison is designed for controlled removal of small bone and ligamentous tissue during spinal and cranial procedures. The upward-directed bite is especially useful in posterior decompression procedures—laminotomy, foraminotomy and focal bone resection—where worki..
$459.75
Model: 12.0172.18
Clinical Application
Heavy tissue thumb forceps with a 1x2 tooth tip arrangement designed to provide a secure purchase on dense soft tissues. This configuration is commonly used to grasp fascia, muscle, subcutaneous tissue and other tough tissues during exposure, blunt dissection, retraction for sut..
$34.65
Model: 11.5172.18
Clinical Application
Ferris-Smith tissue forceps for precise grasping and holding of soft tissue during surgical procedures. The 1x2 teeth jaw configuration is intended to facilitate secure tissue handling when required.
Design & Configuration
Jaw pattern: 1x2 teeth
Length: 18 cm
Constructio..
$59.99
Model: 12.0174.18
Clinical Application
This heavy tissue forceps is intended to provide a secure, positive grip on dense tissues where slippage must be minimized. The 2x3 tooth tip delivers concentrated point contact for controlled handling of fascia, tendon, muscle and other thick connective tissues during open gene..
$34.65
Model: 11.5174.18
Clinical Application
The Ferris Smith tissue forceps are designed for secure grasping and atraumatic handling of tissue during surgical procedures. The 2x3 teeth configuration provides positive engagement for controlled manipulation.
Design & Configuration
Instrument type: Ferris Smith tissue forc..
$59.99
Model: 46.0292.01
Clinical Application
Designed for controlled removal and sculpting of laminar and cortical bone during laminectomy and other posterior spinal decompression procedures. The down-curved biting tip permits approach under the lamina and around the dural sac to excise bone and soft tissue in confined cor..
$37.99
Model: 46.0292.03
Clinical Application
Designed for controlled biting and removal of lamina, small cortical bone fragments, ligamentous and fibrous tissue during decompression and exposure in spine surgery and related procedures. The down-curved bite is oriented to improve access to posterior elements and confined wo..
$37.99
Model: 46.0292.02
Clinical Application
Designed for secure handling of dense soft tissues during open surgical procedures, this downward-angulated Ferris-Smith Lami-Rong forceps is useful for grasping fascia, muscle and subcutaneous tissue where a broad, firm bite is required. The downward tip orientation facilitates..
$37.99
Model: 46.0294.01
Clinical Application
This straight rongeur is intended for controlled removal of lamina, small bone spurs, and bone fragments during laminectomy, laminotomy and other spinal or neurosurgical procedures. The relatively compact 2 × 10 mm bite provides a focused cutting surface for precise nibbling and..
$37.99
Model: 46.0294.02
Clinical Application
This straight Ferris-Smith laminectomy rongeur is designed for controlled removal of small bone segments and laminar bone during spinal procedures such as laminectomy, laminotomy and decompression. The relatively short 3 x 10 mm bite enables precise, incremental bone removal in ..
$37.99
