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This Skinner angled forceps features a 110‑degree angle, 3mm jaw tip, and 110mm working length (191mm overall) for secure grasping and retraction in deep or angled surgical fields. The angled configuration improves approach angles beneath overhanging anatomical structures. Stainless‑steel construction is built for reliable performance and lasting durability across repeat clinical use.
Features & Benefits
The Skinner 1 × 2‑tooth forceps with delicate pattern provides light interlocking grip suited for sensitive tissue handling in general surgical procedures. The 229mm extended length enables deeper field access while maintaining fine‑tip control. The straight geometry preserves operative field visibility.
Smith self‑retaining rectal retractor features swivel blades measuring 70 × 22mm that adjust to optimal angles without manual repositioning. The four‑inch maximum spread provides controlled exposure of rectal and lower colorectal fields while the self‑retaining mechanism reduces assistant fatigue. Reusable stainless‑steel construction supports reliable performance.
This large solid sterilization tray is engineered for extensive surgical sets in major procedures. The solid 527 × 323 × 102mm construction accommodates complete instrument trays without partitioning. Robust design tolerates repeated autoclave processing.
Spencer stitch scissors are designed for precise cutting of fine suture material in general surgical closure. The straight blades and notch geometry provide controlled, blade-to-blade contact without slipping. At 89mm, the compact length supports fine motor control in suture work and tie removal.
Spencer suture scissors feature a straight, compact design specifically optimized for cutting suture material cleanly during knot management and wound closure removal. The sharp, precise tips enable flush cuts at the incision line. Portable 121mm length suits placement at the suture cart or field station.
The curved geometry of this 127mm splinter forceps improves access to embedded foreign bodies in recessed or angled tissue fields. Serrated jaws maintain firm engagement with the splinter while the curved shaft allows efficient approach angles. Reusable stainless‑steel construction ensures durability across routine sterilization.
Splinter forceps in curved pattern without pin and 114mm compact length are designed for foreign-body removal and fine tissue work in dermatologic and wound-care procedures. The curved geometry follows skin contours, supporting comfortable approach angles. Smooth jaw surfaces prevent tissue trauma during splinter extraction.
Serrated splinter forceps in curved pattern without pin and 114mm length provide enhanced grip on difficult-to-grasp foreign bodies and moisture-laden tissue. The serrated jaw pattern prevents slipping on wet surfaces. Curved geometry maintains comfortable approach during removal procedures.
Straight splinter forceps with a 127mm length and serrated working edge allow precise removal of foreign bodies from skin or mucous membranes. The pin feature stabilizes the shaft during grip, while serrated jaws maintain secure contact with splinters. This reusable stainless‑steel design supports reliable performance across multiple sterilization cycles.
Spring retractors size 1 (76mm total length) are designed for minor surgical procedures and confined spaces requiring compact handheld retraction. The spring-loaded jaws automatically maintain light tissue contact without continuous manual pressure. Small footprint supports access in pediatric or dermatologic fields.
Spring retractors size 2 (89mm total length) extend reach into slightly deeper surgical fields while maintaining the passive spring-action design. The automatic jaw tension eliminates need for constant manual pressure during intermediate procedures. Straight geometry integrates into hand-held workflows.
Standard tissue forceps with 1 × 2 teeth pattern deliver effective grasp on dense tissue during general surgical manipulation. The 200mm length extends reach into moderate‑depth fields, while the interlocking tooth geometry distributes grip force across tissue without crushing. Reusable stainless‑steel construction ensures reliable performance over many uses.
This perforated sterilization tray enables rapid steam and air penetration during autoclave sterilization cycles, reducing process time while maintaining secure containment of small instruments. The 11.8 × 5.8 × 1 inch perforated steel design accommodates microinstrument sets and promotes even heat distribution.
Stewart crypt hooks in long style extend reach into deeper hemorrhoidal anatomy during proctologic procedures. The extended hook facilitates crypt identification in higher anal canal locations. Long profile supports identification of proximal internal hemorrhoids.
Stewart crypt hooks in short style with 216mm straight shaft are designed for anal crypt identification and eversion during hemorrhoid banding and fistula procedures. The short hook profile provides subtle but reliable tissue engagement. Straight geometry supports anoscopic visualization during crypt manipulation.
The Stille dressing forceps at 114mm represents a minimal‑length option for confined operating spaces or delicate procedures where reach is less critical than precision control. The straight profile and compact geometry make it ideal for hand‑operated dressing work in restricted intraoperative positions. Stainless steel ensures durability across repeated sterilization.
The Stille dressing forceps at 152mm carry the broad serrated jaw pattern of the Stille family for sturdy manipulation of dressings, gauze, and soft tissue in general surgical and ward settings. The moderate length suits a wide range of routine handling tasks.
Stratte needle holder in tungsten carbide at 229mm with curved-up geometry extends reach for suturing in deeper or harder-to-access surgical fields. The tungsten carbide jaws maintain clamping force and resist dulling through repeated use. Curved profile enhances visibility and reach around anatomical contours.
The Strauss meatus clamp secures the urethral meatus during urologic procedures requiring controlled hemorrhage management. The clamp's proven design provides reliable compression without mucosal trauma. The instrument supports both diagnostic and operative urologic workflows.
These serrated suture tweezers enable secure suture strand grasping during wound closure and suture removal. The 152mm length provides adequate reach while the serrated jaw surface prevents slipping on wet strands. Stainless steel construction ensures reliability and longevity.
Sweet scissors with upward angle provide specialized geometry for controlled tissue cutting at oblique angles, particularly useful in thoracic and deep abdominal exposures. The 229mm length combined with the angled-upward blade design improves visibility and control in confined deep-field spaces. Ring handles enable secure extended-reach handling.
The straight Taylor dressing forceps at 178mm carry the slim profile of the Taylor family at moderate length, sized for routine tissue and dressing manipulation in general surgical and ward settings. The straight profile suits in‑line approach.
The Taylor forceps combines serrated jaws with an integrated scraper tip, supporting both tissue grasping and gentle debridement or scraping during surgical procedures. The dual-function design reduces instrument changes and supports efficient operative flow.
These Taylor tissue forceps provide the general surgeon with dependable grasping control in moderate-depth tissue work. The square handle geometry offers stable leverage, while the straight 178mm length fits standard surgical field depths. Stainless-steel construction supports routine sterilization cycles without degradation.
Taylor‑Brown tissue forceps provide broad‑surface grasping geometry suited for heavier tissue structures and fascial layers. The wider jaw spread distributes grip pressure, reducing tissue damage during handling. 178mm length accommodates standard surgical reach in most procedures.
The extra-small Tessier soft-tissue retractor features 12mm and 16mm blade widths optimized for craniofacial and head-and-neck reconstructive approaches where minimal retraction force prevents damage to superficial neural and vascular structures. The Figure-A geometry provides controlled displacement, and stainless steel construction ensures reliability across repeated procedures. Its compact size fits confined surgical corridors.
Thoms‑Allis tissue forceps feature a 6 × 7 interlocking-tooth configuration for secure grip on tough fascial and visceral tissue. The larger tooth pattern distributes clamping force over broader surface area, reducing tissue trauma while maintaining reliable hold. The 203mm extended length supports deep-field applications including bowel and omental retraction.
Tissue forceps with 1 × 2 tooth interlocking pattern plus cross-serrations on the working edge and serrated handle provide enhanced grip control on delicate tissues during extended procedures. The serrated handle reduces instrument slippage during sustained grasping. Cross-serrated jaws improve hold on gauze and soft tissue.
These extra‑long tissue forceps at 254mm carry a 1 × 2 tooth pattern for skin and superficial tissue grasping at depths beyond the standard Adson reach. The longer body suits deep abdominal and pelvic exposures where the surgeon needs the working tips well below the wound surface.