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The Ulrich self-retaining forceps with angular geometry deliver hands-free bone reduction and positioning during complex osteosynthesis. The speed-lock mechanism enables quick engagement, and the 184mm length provides stable, controlled hands-free fixation. Stainless steel construction sustains routine sterilization across many clinical cycles.
Features & Benefits
The Ulrich self-retaining forceps with straight, serrated 9mm jaws provide secure hands-free bone holding across extended surgical procedures. The speed-lock mechanism locks without hand fatigue, and the 280mm length reaches deep anatomic sites while maintaining secure grasp. Stainless steel durability ensures reliable sterilization and clinical reuse.
These US‑model umbilical cord scissors carry a heavy blunt profile sized for clean cutting of the umbilical cord at delivery. The compact body suits bedside and OR use at the moment of cord clamping, and the heavy blade resists deflection through the cord's fibrous tissue.
This universal blue plastic instrument guard is designed to fit a range of rigid and semi‑rigid surgical instruments, protecting optics, tips, and working surfaces during storage and transport. The reusable plastic construction withstands routine cleaning and sterilization without deteriorating. The open design accommodates various shaft diameters and geometries.
This universal blue plastic carrier holds instrument sets through cleaning and sterilization without a cover, leaving instruments visible during inspection. The plastic build is lightweight and corrosion‑resistant across repeat steam cycles. The open format suits departments that pair the carrier with separate lid options or wrap.
This universal Limbal Relaxing Incision (LRI) diamond knife is preset at 0.60mm depth for deeper arcuate corrections during astigmatism management alongside cataract surgery. The truncated blade geometry mirrors the 0.5mm variant � 1mm final width over 3mm length and 0.1mm thickness � and the deeper preset suits patients with greater corneal toricity. Black Gold Titanium J‑slot bayonet construction supports reproducible incision profiles across cases.
The universal rod bender accommodates rods up to 7mm diameter, bending intramedullary and fixation rods to required anatomic angles. The straight geometry and 280mm length provide stable control during rod contouring, and stainless steel composition sustains routine sterilization. The instrument channels force efficiently to avoid rod surface marring.
This universal wire and plate cutting scissors combines tungsten‑carbide cutting edges with a forty‑five degree angled profile for precision sectioning of orthopedic hardware and soft tissue. The serrated blade distributes cutting force across the wire or plate surface, preventing slippage during demanding intraoperative cuts. The compact 121mm length supports controlled hand positioning.
With a 12mm wide concave cutting edge, this US Army pattern gouge enables efficient bone removal during orthopedic excavation and cavity preparation. The concave geometry selectively removes bone while protecting underlying structures like marrow and vascular channels. The 178mm length provides adequate reach.
Built on the US Army pattern, this 18mm wide head gouge carves cancellous bone and reshapes cortical edges through the curved cutting profile of a gouge. The 180mm straight shaft balances reach against control during graft harvest and bone preparation. Stainless steel construction stands up to mallet impaction and repeat sterilization.
This US Army pattern gouge with a 6mm wide cutting surface provides controlled bone removal during orthopedic excavation and cavity preparation work. The concave cutting edge enables selective bone removal while protecting underlying structures, and the 178mm length provides adequate reach. The 6mm width suits fine bone work.
With a 12mm wide straight edge, this US Army pattern osteotome balances cutting efficiency with controlled bone sectioning during orthopedic osteotomy procedures. The proven military pattern geometry provides reliable cutting performance, and the 178mm length supports adequate surgical field reach. The wider blade enables efficient bone division.
At 18mm width, this US Army pattern osteotome delivers maximum cutting surface for efficient bone division in wide osteotomy sites. The straight edge provides direct cutting force, and the 178mm length supplies adequate reach. The 18mm width supports broad, controlled bone sectioning.
This US Army pattern osteotome with a 6mm wide straight edge provides precision bone cutting for controlled osteotomy work in orthopedic procedures. The traditional pattern delivers reliable cutting geometry, and the 178mm length provides adequate reach. The 6mm width supports fine bone sectioning in confined anatomic zones.
This narrow USA dressing forceps variant provides the standard 140mm length with a narrower, more refined tip profile for accessing confined spaces and delicate wound areas. The straight narrow design improves visibility and precision in limited fields.
Compact at 114mm, these USA‑model dressing forceps grasp gauze, drains, and superficial tissue during routine wound and bedside care. The short overall length improves control at close working distance during dressing changes and minor procedures. Stainless‑steel construction tolerates repeat autoclaving in everyday clinical rotation.
This USA‑model dressing forceps measures 152mm overall and is designed for routine dressing manipulation and wound care in general surgical procedures. The straight geometry provides level field manipulation while the serrated jaws maintain reliable grasp on moist gauze and sponges. Stainless‑steel construction is built for reliable performance and lasting durability across repeat use.
USA tissue forceps with a 2 × 3 tooth pattern at 114mm provide standard tissue handling for general surgical closure, with the modest tooth count distributing grip across the wound margin. The compact length keeps the working tips within fingertip control.
Uterine cannulas with large suction caps are used for controlled intrauterine fluid management and tissue aspiration during gynecological procedures, including diagnostic hysteroscopy and therapeutic interventions. The large cap diameter provides sufficient flow capacity while the cannula geometry maintains secure intrauterine positioning. Single‑use sterile format supports infection control.
Straight utility sterilizer grasping forceps at 203mm lift and transfer hot instruments out of autoclaves, washers, and ultrasonic baths without burning the operator. The long shanks keep the hand clear of steam and hot surfaces. Stainless‑steel construction holds up to repeated thermal cycling.
Utrata capsulorhexis forceps are precision instruments for controlled and continuous capsular flap creation during cataract surgery. The 11mm extra thin shanks and extremely fine grasping tips allow delicate capture of the anterior lens capsule without radial tearing. Ergonomic fenestrated handle supports precise finger positioning and reduced fatigue during extended anterior chamber work.
Angled 45 degrees with 8.5mm platforms and a 13mm bend‑to‑tip distance, these Utrata‑pattern capsulorhexis forceps support continuous curvilinear tearing under the microscope. The titanium construction combines rigidity with corrosion resistance over many cases, and the round handle gives smooth rotational control through the rhexis arc.
This retrograde valvulotome is engineered for precise valve leaflet separation and mobilization during cardiac repair procedures. The straight 241mm shaft provides direct access to stenotic valve tissue during aortic or mitral interventions. Its narrow blade geometry allows controlled scoring and opening of fused commissures without unintended damage to adjacent structures.
The Van Doren uterine biopsy punch features angled shanks that improve access to lateral uterine wall lesions and endometrial pathology during hysteroscopy and diagnostic curettage. The angled geometry reduces hand and instrument crowding in the limited endometrial space while maintaining direct visualization. The 254mm length provides adequate working depth, and stainless steel ensures durability.
Vannas scissors angled to the side carry a 6mm sharp blade for fine cuts at the iris, anterior capsule, and corneal limbus. The side‑angle geometry approaches the working plane without obstructing the visual axis, and the 78mm length keeps the surgeon's hand clear of the microscope barrel.
These fully curved vascular forceps with serrated jaw offer secure grasp on vessel walls during IMA harvest, graft preparation, and arterial manipulation in bypass grafting. The 159mm length supports reach into deep mediastinal fields, while serrated jaws distribute grip force across tissue without crushing fragile endothelium. Reusable stainless‑steel construction withstands the sterilization intensity of high-volume cardiac programs.
This straight vein retractor features a 15mm blade width designed for vessel isolation and soft‑tissue displacement during vascular and general surgery. The extended 9�" (241mm) length provides reach for deep abdominal and extremity cases where peripheral vein exposure is required. Stainless steel and smooth blade geometry minimize trauma to adjacent structures.
These blue vented duo guards measure 2 × 19.1mm and pack 50 per case, accommodating slightly larger instrument pairs while maintaining ventilation efficiency. The color-coded tint supports rapid sterilization-set organization, and the dual-opening geometry protects two adjacent tips simultaneously. Polymer construction is reusable across multiple autoclave cycles.
These white vented duo guards measure 1.6 × 19.1mm and pack 50 per case, designed for paired-instrument configurations common in microsurgical and ophthalmic procedures. Ventilation ports reduce steam trapping while dual-opening design accommodates two adjacent instrument tips. Reusable polymer withstands multiple sterilization rounds.
These clear vented instrument guards at 3 × 25 × 25mm protect cassette‑style instrument tips during transport and sterilization, with the vented holes allowing steam penetration during autoclave cycles. The clear material allows visual identification of the protected tip.