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Curved Rochester‑Pean forceps at 184mm clamp vessels and soft tissue during general surgical hemostasis. The serrated jaws lock vessels securely under the ratcheted hinge, and the curved profile tracks tissue planes around the structure being clamped.
Features & Benefits
Rochester Pean forceps serve as curved hemostats and vessel clamps in abdominal and vascular surgery. The straight powerful jaw closure secures large vessels and tissue pedicles during ligation and hemostasis. Extended 305mm length provides reach into deep abdominal and pelvic cavities.
Rochester‑Pean forceps are heavy‑duty hemostatic clamps designed for securing vessels and dense tissue structures during general surgery. The straight jaw geometry and interlocking teeth ensure a firm, lasting hold on slippery tissues. 203mm length supports reach into deeper surgical fields.
Curved Rochester‑Pean hemostatic forceps at 159mm clamp small and medium vessels during general surgical hemostasis. The curved profile suits clamping around tissue planes, and the ratcheted hinge locks the clamp without operator force.
Straight Rochester‑Pean hemostatic forceps at 203mm clamp medium and large vessels during routine open work. Transverse serrations along the long jaw distribute closing force evenly to occlude flow without slipping. The ratcheted shanks hold occlusion hands‑free while the surgeon ties.
Sized at 230mm, this longer Rochester‑Pean hemostatic forceps reaches deeper vessels during abdominal and thoracic hemostasis. The straight profile suits in‑line clamping, and the longer body keeps the surgeon's hand well clear of the wound depth.
The Rochester-Ochsner artery forceps delivers precise hemostatic control with its 1 × 2 interlocking tooth pattern, ideal for firm vessel and ligature grip during general surgical hemorrhage control. The straight geometry and extended 260mm length support vascular work in deep abdominal fields. Stainless-steel construction provides lasting durability across repeated surgical cases.
The curved Rochester‑Ochsner forceps at 159mm carry a 1 × 2 tooth pattern for grasping vessels, tissue, and pedicles during general surgical hemostasis where additional tooth purchase is wanted. The ratcheted hinge locks the clamp without sustained operator force.
The Rochester‑Ochsner curved forceps provide powerful, reliable hemostasis across deep and difficult‑to‑reach vascular anatomy. The curved geometry enhances access to peritoneal and pelvic vessels. At 10" (254mm), this extended length reaches deep surgical sites while maintaining secure jaw interlocking.
These Rochester‑Ochsner forceps provide heavy‑duty vascular and tissue clamping through their fine‑toothed jaw pattern. The curved 184mm length extends reach into deeper abdominal and thoracic fields while maintaining consistent ratcheted hemostasis. The proven design supports lengthy vascular procedures.
Rochester-Ochsner forceps with 1 × 2 tooth interlocking pattern and ratchet lock provide controlled hemostatic clamping of vessels and tissue pedicles during abdominal and gynecological procedures. The straight geometry and 159mm length support precise placement and sustained vascular control. Locked position prevents unintended release during critical hemostasis.
This Rochester‑Ochsner straight forceps features 1 × 2 interlocking teeth designed for reliable grasping of dense tissue during general surgical procedures. The 1 × 2 tooth pattern distributes grip across the tissue surface without excessive crushing. Its 229mm working length and straight configuration provide stable control during tissue approximation and wound closure.
The straight Rochester‑Ochsner forceps at 254mm provides extended reach for grasping and retracting tissue in deep abdominal and pelvic operative fields. The clamping action and ratcheted handle enable secure hemostasis on vessels and tissue bundles. Stainless steel construction ensures durability across repeat surgical use.
The #0 root elevator delivers controlled leverage for careful luxation and elevation of teeth during dental extraction and endodontic procedures. Its straight, narrow blade design distributes force along the periodontal ligament, minimizing damage to alveolar bone and surrounding gingival tissue. Engineered for fine intraoperative control, this 150mm instrument is essential for atraumatic root canal access and primary tooth extraction.
The #1 root elevator offers optimal blade geometry for leverage and luxation in routine dental extractions and endodontic access procedures. Its slightly broader profile compared to the #0 variant provides enhanced mechanical advantage while maintaining delicate tactile control around the periodontal ligament and alveolar crest. This 150mm instrument balances power and precision for maxillary and mandibular applications.
The reverse #1 root elevator is angled and offset to approach impacted or angulated roots from alternative vectors, improving access in confined oral spaces and around adjacent teeth. Its specialized geometry reaches roots that standard elevators cannot access comfortably, making it invaluable during complex extractions and endodontic procedures. The 150mm length and reversed blade orientation provide ergonomic control while minimizing trauma to surrounding periodontal and osseous structures.
The #2 root elevator features a wider blade profile for enhanced mechanical advantage during challenging extractions involving deeply impacted or severely compromised roots. This geometry distributes elevation force more broadly, protecting alveolar bone integrity during complex periodontal and endodontic cases. The 150mm straight shaft provides stable control and visibility during delicate work around the gingiva and pulp chamber.
The large Roux retractor expands blade dimensions to 25 × 41mm for deeper or wider peritoneal exposures. This moderate‑length model suits procedures intermediate in complexity between shallow and major laparotomy work. Balanced spring tension supports sustained hands‑free retraction.
The medium Roux retractor with 22 × 35mm blade dimensions is sized for shallow to moderate peritoneal and abdominal wall exposures. Its balanced compact profile suits limited‑access cases and minor procedures. The spring mechanism supports sustained retraction without cramping the operative field.
The flexible 305mm ruler graduated in millimeters and inches measures incision lengths, instrument dimensions, and dressings at the surgical field. The flexible material conforms to curved surfaces during measurement, and the dual graduation supports both metric and imperial reading.
This longer flexible stainless‑steel ruler extends measurement capability to 508mm, supporting documentation of larger anatomical structures and excision specimens. Dual‑unit graduations (millimeters and inches) accommodate varied documentation preferences across surgical teams. The flexible construction facilitates placement around curved surfaces.
This flexible stainless‑steel ruler delivers dual‑unit measurement for intraoperative documentation and anatomical assessment in varied surgical specialties. Dual graduations in millimeters and inches permit seamless unit conversion during the operative case. The 203mm length accommodates standard measurement intervals.
The Rumel obturator is a smooth cannular instrument used to occlude vessel lumens during vascular clamping and anastomosis work. The 305mm adult length permits access to vessels in deep surgical fields while maintaining atraumatic vessel wall contact. Reusable stainless‑steel construction ensures reliable performance across many vascular cases.
Russian tissue forceps with broad spoon-shaped cupped tips and star-pattern grasping surface distribute pressure evenly across tough fascia, peritoneum, and dense tissues without crushing. The 254mm extended length provides reach in deeper fields. The distinctive broad-cup geometry is particularly effective for peritoneal and serosal handling.
Russian tissue forceps deliver broad cupped grip on dense tissue in abdominal and general surgery. The star-pattern grasping surface distributes contact across thick fascia and peritoneal tissue without crushing or tearing. Extended 254mm shaft provides reach into deep body cavities.
This duplicate of the standard Russian tissue forceps at 152mm sits in instrument sets requiring multiple Russian forceps across the case. The broad spoon tips with star‑pattern grasping surface deliver atraumatic grip on tough connective tissue.
Russian tissue forceps at 152mm present broad spoon‑shaped tips with a star‑pattern grasping surface, distributing grip on tough connective tissue � fascia, peritoneum � without crushing the wound margin. The 152mm length suits routine general surgical exposure.
This extended 260mm Ryder micro needle holder with tungsten‑carbide serrated jaws delivers superior grip on delicate microsurgical needles over extended working distances. The 2mm jaw width ensures precision control in confined ophthalmic and reconstructive fields. Tungsten carbide construction provides exceptional durability.
The compact 127mm Ryder micro needle holder pairs the TC serrated 2mm jaw of the standard Ryder with a shorter body for the smallest microvascular and reconstructive fields. The compact frame keeps the working tips at the surgeon's fingertips.
Ryder needle holder combines tungsten carbide jaws with a smooth, narrow jaw profile optimized for fine suturing work where space constraints limit tool size. Tungsten carbide sustains edge sharpness across multiple closure sequences. Extended 229mm length supports reach to deeper wound edges.