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These Cushing dressing forceps combine a straight shaft with serrated jaw surfaces to secure gauze, packing, and soft tissue during wound management and general surgical dressing work. At 178mm, they support ergonomic hand positioning across routine operative exposure.
Features & Benefits
Cushing intervertebral discectomy rongeurs remove disc material and clear the intervertebral space during lumbar and cervical discectomy. The 45 degrees up angle reaches into the disc space without crowding the spinal canal, and the 2 × 10mm jaws grasp annular and nucleus fragments under control. The 178mm working length carries the jaws to the disc while the ring handles steady two‑finger control.
This Cushing intervertebral discectomy rongeur features a 1mm bite width and straight jaw for precision bone removal in confined spinal spaces. The 127mm working length enables access to disc herniation and ligamentous material removal during cervical and lumbar procedures. The 1mm bite provides control during soft tissue and osteophyte removal without excessive bone loss from vertebral endplates and foramen.
The Cushing intervertebral discectomy rongeur angled down forty‑five degrees is engineered for removal of disc material and bone from the intervertebral space during anterior and posterior approaches. The 2 × 10mm jaw dimensions fit confined disc spaces, and the downward angle aligns with approach trajectories to the vertebral bodies and nerve root foramina. Stainless‑steel bite edges remain sharp across extended procedures.
The Cushing intervertebral discectomy rongeur angled 45 degrees upward provides enhanced access to lateral recess stenosis and foraminal pathology during cervical and lumbar decompression. The 2mm bite width delivers controlled bone and disc removal from foramen and lateral vertebral zones without excessive cortical disruption. At 127mm working length, the angled geometry improves surgical approach without patient repositioning.
The Cushing IVD rongeur bites disc and end‑plate material during cervical and lumbar discectomy. The straight 1.5 × 10mm jaws fit the narrow disc space without crowding the spinal canal, and the 180mm frame keeps the working end at the intervertebral level. Stainless steel construction holds the jaw edges through repeated spine‑set reprocessing.
The Cushing vein retractor is designed for vascular exposure and control during cardiac or vascular surgical access. This 11 × 13mm blade provides reliable, atraumatic retraction of vessels and adjacent structures with its straight geometry and 229mm overall reach. The flat blade profile offers clear visualization of the operative field while minimizing trauma to delicate vascular tissue.
Cushing‑Brown tissue forceps at 178mm carry a fine multi‑tooth tip configuration intended for atraumatic neurosurgical and delicate tissue handling. The straight shaft supports linear approach to dural and superficial structures, and the moderate length keeps the hand clear of the operative field. Stainless‑steel construction sustains reliable performance across repeat reprocessing.
The custom Barraquer speculum features 14mm solid blades with distinctive compound bending geometry (10mm to first bend, 16mm between bends, 15mm to back) creating a V‑shape profile that provides superior lid separation and periocular field exposure. The custom bending pattern accommodates variable orbital anatomy while maintaining stable blade positioning during prolonged procedures. Solid blade construction resists deformation across repeat use.
The #5 cut snare wire by the gross contains 144 wires sized for institutional stocking of tonsillar snare procedures at the finest standard gauge. The stainless construction holds tension during the snare stroke, and the gross format reduces per‑case packaging overhead.
The D'Assumpcao facelift marker imprints reciprocal skin-flap markings to guide tension-free closure of redundant tissue in rhytidectomy. A ratcheted spring approximates the two arms so the 8mm jaws press a uniform mark on either skin edge, and the 6-inch (152mm) length keeps the surgeon's hand outside the marking field. Stainless‑steel construction holds the jaw geometry through repeat reprocessing.
The D'Errico-Adson cerebellum retractor combines the precision of Adson-pattern prongs with reinforced mass for deeper cerebellar and brainstem retraction. Its 4 × 4 sharp-prong array and angled geometry enable controlled manipulation of delicate hindbrain structures without slipping, while the 187mm length provides surgical reach into the posterior fossa. Slightly angled construction improves ergonomic approach.
The 12mm roller-pin Dacamara meibomian gland expressing forceps is engineered for comprehensive gland evaluation in large eyelids or severe meibomian dysfunction. The perfectly curved polished plate delivers controlled pressure across the entire gland width without ocular surface trauma. Titanium construction is built for reliable performance and lasting durability across many cases.
The Dacamara meibomian gland expressing forceps combines a 6mm roller pin with a perfectly curved polished plate to apply controlled pressure across the meibum-rich glands during thermal-pulse expression therapy. The parallel-jaw geometry distributes force uniformly without crushing delicate lid tissue. Titanium construction ensures lasting durability across repeated meibomian gland work.
This larger 8mm roller-pin variant of the Dacamara meibomian gland expressing forceps provides controlled pressure expression across broader gland surfaces. The perfectly curved and polished plate minimizes tissue trauma while ensuring efficient meibum release during lid evaluation and thermal expression procedures. Titanium provides lasting performance across routine anterior lid work.
The Dahan trabecular meshwork scraper engages the meshwork during goniotomy and trabeculotomy procedures. A tungsten‑carbide tip set 1mm from the bend provides a hard, wear‑resistant edge for direct meshwork engagement, while the 110mm overall length delivers comfortable reach across the anterior chamber. The straight shaft preserves a clear view to the angle.
Curved Dandy hemostatic forceps with the curve oriented sideways at 140mm carry the Dandy hemostatic pattern in a side‑curved geometry, sized for clamping vessels where the curve must approach from the side rather than the standard line. The ratcheted hinge locks the clamp.
Designed for precision cutting of small neural structures, these Dandy trigeminal scissors feature a curved blade with backward angled ring handles that maintain excellent visualization during delicate dissection. The 171mm length and ring grip provide stable tactile feedback during trigeminal nerve exposure and cranial nerve root division. The standard curve supports clean tissue planes without catch or bind.
Extended to 178mm, these Dandy trigeminal scissors provide enhanced reach during deep basilar and cerebellopontine angle work. The backward‑angled ring handles preserve the surgeon's line of sight to delicate neural anatomy while maintaining precise cutting control. The curved blade geometry follows neural contours naturally, supporting fine division of the trigeminal nerve and adjacent structures.
Daniel endo forehead dissectors are engineered for endoscopic tissue separation in the supraperiosteal plane during minimally invasive facelift and brow lift procedures. The straight design and 210mm length allow passage through restricted endoscopic portals while maintaining tactile feedback. The dissector edge supports controlled undermining of skin and soft tissue without excessive trauma.
The Daniel‑style forehead dissector carries a sharp 11 × 47mm curved teardrop head on a curved shaft, sized for releasing dense periosteal attachments along the supraorbital ridge during endoscopic brow lift. The curved profile tracks the bony contour, and the 133mm working length suits standard endoscopic ports.
Built with a curved shaft and an 11 × 45mm teardrop blade, this Daniel‑style forehead elevator lifts periosteum across the upper forehead during endoscopic brow surgery. The teardrop profile preserves a smooth lifting plane, and the 133mm working length matches standard endoscopic frontal access.
The Daniel‑style forehead elevator carries a small 2 × 9mm diamond blade with an inside bevel on a half‑curved shaft, sized for fine periosteal release at the orbital rim during endoscopic brow lift. The 137mm working length and 238mm overall length match endoscopic port access.
Built on a quarter‑curved shaft, this Daniel‑style forehead elevator presents a 9 × 45mm teardrop blade for broad periosteal lift along the upper forehead during endoscopic brow surgery. The gentler curve tracks the cranial vault more directly than the half‑curved version, and the 133mm working length suits standard endoscopic ports.
Used in endoscopic brow lift, this Daniel-style forehead elevator releases the periosteum across the supraorbital rim and lateral forehead. A slightly curved shaft delivers the 6 × 25mm blade into the subperiosteal pocket along the frontal bone contour, and a 5-3/8 inch (135mm) working length within a 9-1/2 inch (242mm) overall body reaches the orbital rim through small endoscopic ports. Stainless‑steel construction preserves the blade edge across repeat reprocessing.
Built on a straight shaft, the Daniel‑style forehead elevator carries a wide 9 × 50mm teardrop blade for broad periosteal elevation during endoscopic brow lift. The 135mm working length and 235mm overall length suit standard frontal endoscopic ports, and the teardrop profile lifts cleanly without snagging.
The Daniel‑style forehead nerve hook carries a 9mm small right‑angled hook on a half‑curved 130mm working shaft, sized for protecting and lifting the supraorbital and supratrochlear neurovascular bundles during endoscopic brow lift. The 235mm overall length keeps the handle out of the small endoscopic incision.
Built at 16 × 48mm, the medium Darrach elevator sits between the small and large variants for moderate‑to‑broader periosteal lift in foot, ankle, and small‑bone orthopedic work. The slight curve tracks the bone contour, and the cross‑serrated handle resists slip.
The Davis‑Crowe mouth gag provides complete equipment for patient‑left oral exposure, including double‑bite jaw compressors and four interchangeable tongue blades. This comprehensive assembly supports palatal, tonsillar, and oropharyngeal visualization during extended ENT procedures. Stainless steel construction is built for reliable performance and lasting durability across repeat clinical use.
The Davis-Crowe mouth gag provides bilateral tooth contact through a double-bite design with pads that stabilize the mouth opening while retracting the pharyngeal soft tissues. The included tongue blades (4 sizes) enable graduated retraction of the base of tongue during pharyngeal and laryngeal procedures. Stainless steel handles repeated sterilization.