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This stainless‑steel tray cover is engineered to fit trays E20122, E20124, E20126, S20122, S20124, and S20126, protecting instruments during transport. The rigid paneling maintains enclosure integrity. Secure positioning prevents instrument migration.
Features & Benefits
The Crile forceps with petit‑point tips feature fine interlocking geometry designed for secure hemostasis in delicate tissue fields. The straight 5�" (140mm) length suits confined space work. Stainless steel construction ensures lasting durability across routine surgical cases.
Straight Crile hemostatic forceps at 191mm clamp medium vessels with full‑length transverse serrations along the jaws. The longer 7‑1/2" reach extends a step beyond standard Kelly geometry, suiting deeper open fields. Ratcheted shanks lock the bite while the surgeon ligates.
Built at 229mm, the Crile‑Wood (DeBakey) needle holder carries TC serrated jaws sized for deeper suture placement in abdominal and thoracic cases. The TC inserts maintain needle grip across long suture lines, and the longer body keeps the surgeon's hand clear of the wound depth.
Left‑handed Crile‑Wood needle holder pairs tungsten carbide jaw construction with an extended 263mm shaft designed for left‑hand suturing at extended reach. Tungsten carbide ensures sustained edge sharpness through prolonged closure sequences. Locking mechanism securely holds the needle throughout passage.
Crile-Wood needle holders with tungsten carbide inserts and 305mm straight shaft provide enhanced tip durability and precision grip for general surgical suturing. Tungsten carbide jaws resist deformation from repeated needle penetration and withstand demanding closure techniques. Straight geometry supports controlled suture placement in deep fields.
Extended to 229mm, these Crile‑Wood (DeBakey) needle holders reach into deep vascular and thoracic fields without crowding the surgeon's hands. The serrated straight jaws lock onto medium‑gauge needles for secure driving through fascia and vessel wall. Stainless‑steel construction holds its temper across heavy reprocessing in general and cardiothoracic sets.
These delicate straight crown scissors are optimized for fine margin adjustments in aesthetic dentistry and precision crown seating. The delicate tip geometry enables controlled cutting in confined interproximal spaces without damaging adjacent restorations or periodontium. The 100mm compact length supports excellent visibility and control during delicate dental manipulations.
These straight crown scissors are designed for precise cutting and trimming of temporary and permanent crown margins during dental restoration procedures. The straight blade geometry supports linear cutting visibility and control, while the 120mm length accommodates intraoral work in posterior regions. Ring handle design enables stable grip during fine dental manipulations.
Double‑ended for efficient case flow, this curette excavator pairs 1.5mm and 2.5mm cups on a single 140mm octagonal handle. Holes at each cup floor allow fluid to escape during scraping. The octagonal handle resists roll on the back table and stabilizes finger placement during fine curettage.
This 1.5mm curette excavator carries a working cup with an integrated hole, sized for small‑volume bone debridement and cyst evacuation in general and dental procedures. The straight body delivers a direct in‑line approach, and the perforated cup releases collected material easily.
The 2.5 × 3.17mm oval cup with central hole drains irrigation and fine particulate while collecting solid tissue for inspection. This curette excavator is sized for broader cyst and granulation work where fluid runoff matters. A straight stainless‑steel shaft anchors the cup on a stable working axis.
Fenestrated at the cup floor, this 2mm curette excavator allows fluid and fine debris to escape during scraping, leaving more solid tissue in the cup for analysis. The straight shaft suits shallow direct approaches in oral, podiatric, and general curettage contexts. Stainless‑steel construction maintains the cup edge across cycles.
Stepping up to a 1.5mm cup, this curette excavator removes slightly larger volumes of granulation or cystic tissue while retaining debris within the cup. The straight shaft offers a direct line to shallow cavities. Solid (no‑hole) cup geometry keeps scrapings contained for clean removal from the field.
A 1mm solid cup head defines this fine curette excavator for scraping small bone defects, cyst cavities, and granulation tissue without through‑hole loss of debris. The straight shaft delivers a direct working axis for shallow lesions. Stainless‑steel construction holds a clean cup edge across reprocessing.
A 2.5 × 3.17mm oval cup gives this curette excavator a larger working footprint for cyst enucleation and broader soft‑tissue scraping. The solid cup retains material within its bowl during retrieval. Straight stainless‑steel geometry supports a direct working line through shallow defects.
A 2mm solid cup makes this curette excavator suited to broader scoops of granulation, cyst lining, or soft bone. The without‑hole pattern keeps tissue inside the cup as it is withdrawn. A straight stainless‑steel shaft delivers a predictable working axis for benchtop and intraoperative use.
The Cushing Bayonet tissue forceps combine a bayonet angle with 1 × 2 interlocking teeth and a 1.5mm serrated jaw for reliable grasp on tougher tissues. The serrated working edge prevents slippage on dense fascia and periosteum during dissection and retraction. At 195mm, the length balances reach with control in open surgical fields.
The Cushing delicate forceps represent a refined tissue grasper for gentle manipulation in microsurgical and delicate dissection fields. Straight fine tips with minimal jaw mass reduce tissue trauma, while the 175mm length and balanced spring tension support extended precision handling without operator fatigue. These reusable instruments perform reliably across countless delicate dissections.
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.
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 #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.
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.
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.