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Standard 10‑inch dressing forceps with serrated jaws provide secure grip on gauze, drapes, and soft tissues during wound preparation and dressing changes. The straight shaft and serrated working edge ensure nonslip manipulation of moist or lubricating materials. This length balances reach and control for general operating room use.
Features & Benefits
These standard 203mm serrated dressing forceps are designed for secure manipulation of gauze, sponges, and light dressing material in general surgical and wound care procedures. The serrated jaw design prevents slippage on moist materials while maintaining reliable grasp. Stainless‑steel construction is built for reliable performance and lasting durability across repeat clinical use.
This extracting forceps provides reliable clinical performance through Stainless Steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
Delicate eye dressing forceps provide atraumatic handling of gauze, cottonoids, and ophthalmic dressings in the periocular space. The fine‑tipped straight design minimizes tissue disturbance while the 102mm length balances reach with control. This reusable stainless‑steel instrument maintains precision over many sterilization cycles.
The Feichenfeld splinter forceps is a compact 114mm precision tool designed for fine foreign body removal in delicate areas. Its straight geometry and refined jaw design balance accessibility with control in narrow surgical spaces. Reusable stainless‑steel construction withstands repeated sterilization.
The Ferris‑Smith tissue forceps at 178mm carry a 1 × 2 tooth pattern with the broader handle profile of the Ferris‑Smith family, sized for moderate‑depth tissue handling where the surgeon wants more substantial finger purchase than the Adson format provides.
Ferris‑Smith tissue forceps in tungsten carbide feature 1 × 2 tooth pattern and 171mm length for reliable grasp on tissue during fine surgical manipulation. Tungsten carbide construction maintains superior edge retention across many sterilization and use cycles. The straight geometry supports precise control in general and specialty surgical applications.
This tissue forceps provides reliable clinical performance through Stainless Steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
The Ferris‑Smith 2 × 3‑tooth tissue forceps delivers secure interlocking grip for fascia and dense tissue manipulation in general surgical exposure. The 178mm length balances the need for reach with control, while the tooth pattern distributes clamping force without crushing delicate planes. The instrument's geometry supports reliable fascial handling.
The heavier Ferris‑Smith 3 × 4‑tooth forceps manages denser tissues�fascia, peritoneum, and bowel�in abdominal procedures. Its 178mm length enables secure deep-field access while the expanded tooth count distributes grip across tougher tissue without slippage. The instrument supports reliable handling of resistant anatomic planes.
These delicate Gerald‑style bayonet forceps are engineered for fine tissue handling in microsurgical and neurosurgical fields. The 1 × 2 teeth provide secure atraumatic grasp on fragile tissue layers, while the bayonet offset keeps the handle clear of the operative axis. The 190mm length supports stable reach through narrow surgical corridors.
The Gerald‑DeBakey tissue forceps at 178mm feature a 1mm fine tip for delicate vascular and soft‑tissue handling in general and thoracic surgery. The straight profile maintains excellent visibility in deeper anatomical planes, and the minimal tip diameter reduces crushing trauma to friable tissues. Stainless steel ensures reliability across repeated reprocessing.
Gerald dressing forceps feature serrated jaws in straight configuration for secure handling of gauze, dressings, and soft tissues throughout general surgical procedures. The 178mm length provides balanced reach and controlled manipulation in standard operative fields. Stainless steel construction supports consistent performance across repeated sterilization.
The Gerald dressing forceps extends to 248mm overall length and provides serrated jaws for enhanced grip on bulky dressings and drain gauze during extended wound care and postoperative management. The longer reach allows access to deeper wound cavities without hand contact. Stainless steel construction ensures durability across repeated sterilization cycles.
This straight Gerald dressing forceps features serrated tips and a 178mm overall length for precise handling of delicate tissue.
Gerald dressing forceps at 203mm provide a slim shaft and a fine 1mm serrated tip for delicate vascular and microsurgical handling. The serrated platform grips suture, vessel walls, and thin tissue without tearing. The long straight shaft gives controlled placement in deeper exposures.
Built at 248mm with a 1 × 2 tooth pattern, the long Gerald tissue forceps reach the deepest abdominal and thoracic structures during major surgical exposure. The slim profile preserves tactile feedback through the extended length, and the tooth pattern distributes grip atraumatically.
The Gerald tissue forceps with tungsten‑carbide inserts, a 1 × 2 tooth pattern, and 178mm length pair the slim Gerald profile with TC grip inserts for sustained mid‑field tissue handling. The TC inserts preserve grip across high‑volume use.
These Gillies tissue forceps feature a 1 × 2 interlocking-tooth pattern and serrated jaw edges for secure fascial and tissue grasping during general surgical exposure. At 152mm, the straight geometry supports controlled tissue manipulation across abdominal and soft-tissue procedures.
These Gorney-Adson tissue forceps feature extra-delicate diamond-dusted jaws with a 1 × 2 tooth pattern ideal for fine suture tying and dressing work. The 121mm length and tying platform support precise needle positioning during delicate facial and reconstructive suturing. Diamond-dusted surfaces prevent suture slipping during knot placement.
Heaney tissue forceps measuring 7-1/2" provide secure tissue and dressing handling. Grasping surfaces hold tissue decisively without slipping during retraction. Stainless‑steel construction supports reliable durability across many surgical cases.
These Hoskins micro forceps feature a curved tip geometry designed for microsurgical precision work in delicate tissue planes. The #16 designation indicates specialized fine-tip configuration for ophthalmic, ENT, and reconstructive surgery applications.
Hunter splinter forceps feature a distinctive spear‑shaped tip geometry that improves penetration and engagement with embedded foreign bodies. The 102mm straight length supports controlled manipulation in shallow to moderate tissue depths. This reusable stainless‑steel design reliably maintains edge sharpness over repeat clinical use.
Jackson cup forceps in standard, medium-lightweight design feature a 6mm jaw diameter and straight configuration for endoscopic tissue sampling. The 280mm working length accommodates navigation through standard and pediatric endoscopes. The lightweight design reduces hand fatigue during prolonged endoscopic procedures while maintaining reliable grasping action.
These Jacobson bayonet tissue forceps feature sharp tips for precise tissue grasping and manipulation in general surgery. The bayonet geometry preserves the surgeon's visual axis while enabling secure fascia and tissue grip. The 184mm length provides reach for deeper fascial planes during abdominal and general procedures.
This traction forceps provides reliable clinical performance through Stainless Steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
London‑College forceps with grooved and serrated tips provide dual‑texture gripping surfaces for maximum retention of calculus, dentin fragments, and restorative materials during intraoral procedures. The lock mechanism stabilizes the grasp without continuous muscular input, improving ergonomics during prolonged restorative or periodontal work. This 152mm instrument is indispensable for secure handling in the challenging wet environment of the oral cavity.
London‑College forceps with grooved tips deliver secure, tactile feedback during extraction and manipulation of dental structures. The grooved surface pattern grips calculus, fragments, and fine dental materials without slipping, improving procedural control in the tight oral cavity. Designed for endodontic and general restorative procedures, this 152mm instrument maintains precision during delicate periapical and periodontal work.
London‑College forceps with a locking mechanism and grooved tips enhance security during sustained grasping of dental materials and tissue in the periodontal and endodontic fields. The lock maintains jaw position without muscular effort, reducing hand fatigue during root canal preparation and extraction. Grooved surfaces ensure reliable purchase on wet or calcified deposits along the gingiva and alveolar bone.