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The Dodick Lens Folding Forceps is designed for IOL manipulation and insertion during cataract surgery. Its cup‑paddle shaped jaws create a secure cradle that gently engages the IOL optic during folding and insertion through the incision. The angled geometry enhances visualization of the IOL alignment, while the three‑hole handle and 113mm length provide balanced control during the critical final steps of implantation.
Features & Benefits
A straight 2mm tip on a round handle makes this Dodick‑Kammann nucleus chopper a direct in-line option for chopping firmer nuclei. The longer working tip gives confident purchase during division, while the straight shaft suits surgeons preferring an in-line approach.
The Donnenfeld Limbal Relaxing Incision (LRI) knife is preset at 0.6mm depth with a distinctive 20‑degree angled single footplate, aligning the blade naturally to limbal anatomy during astigmatic correction. The truncated lance dimensions (0.8mm wide × 0.17mm thick) pair precise cutting edges with minimized tissue disruption during arcuate groove creation. The shorter Black Gold Titanium J‑slot bayonet handle reduces lever arm and improves fingertip feedback at the cornea.
With two blunt prongs separated by 2mm spread, this micro skin hook prioritizes atraumatic retraction for delicate tissue planes in eyelid, facial, or reconstructive procedures. The blunt geometry avoids penetrating tissue while still providing secure purchase through gentle mechanical grip. The straight 144mm profile maintains visibility and surgeon control in fine surgical fields.
Featuring two sharp prongs with 10mm spread, this micro skin hook is designed for controlled tissue retraction in superficial dissection and fine plastic procedures. The straight geometry maintains direct approach angles while the double prongs distribute retraction force across two tissue contact points. At 144mm length, the instrument provides adequate reach for facial and dermatologic work.
Double-prong micro hooks with sharp edges provide precise tissue retraction during delicate surgical exposures. The 5mm spread between prongs accommodates fine skin and fascial edges, while the 143mm overall length supports access in confined operative areas. The sharp-point geometry delivers controlled traction without slippage.
The Doyen curved gynecological scissors enable precise dissection in confined pelvic spaces where straight blades limit visualization. The shallow 175mm curve supports access to the uterus, broad ligament, and parametrial tissue during hysterectomy and myomectomy. Stainless steel construction delivers lasting durability across repeated sterilization cycles.
The Doyen straight gynecological scissors perform controlled dissection of vaginal and peritoneal attachments during gynecologic cases. The straight blade profile offers unobstructed visualization and precise cutting power for separating bladder pillars, broad ligament, and uterosacral ligaments. At 175mm, the compact length suits intricate pelvic work.
Sized with a 2 × 16mm tip at 5.1", these dressing forceps step the tip length down from the 2 × 19mm variant in a slightly longer overall body. The configuration suits sets requiring multiple dressing forceps with subtly different reach profiles.
These straight dressing forceps with a 2 × 19mm tip at 4.7" suit moderate‑volume gauze and tissue handling at compact length. The slightly elongated tip surface adds purchase compared to standard dressing forceps tips.
Cross‑serrated dressing forceps at 140mm combine a narrow profile with additional surface texture for superior grip on moist or slippery dressing materials. The cross‑serration pattern spreads pressure across a wider jaw surface, reducing point contact damage to delicate wound margins. The short length supports use in focused, hand‑intensive wound care tasks.
These 450mm narrow dressing forceps are engineered for the longest reaches within standard wound management protocols. Serrated jaws deliver consistent grip on multiple layers of dressing material in extended surgical fields. The narrow profile reduces lateral trauma at the operative site while maintaining full visibility.
This narrow 114mm serrated dressing forceps is engineered for confined spaces and delicate field access in wound care and surgical procedures. The narrow profile enables precise manipulation in restricted anatomical sites while the serrated jaws maintain reliable grasp on gauze and soft dressings. Stainless‑steel construction supports routine reprocessing.
Narrow and serrated, these 127mm dressing forceps grip gauze, packing, and superficial tissue without slipping during routine wound care and minor procedures. The narrow tip profile fits compact surgical corridors and dressing layers, and the serrated working face holds material under tension. Stainless‑steel build endures repeat sterilization cycles.
This narrow dressing forceps with serrated jaws extends to 140mm, providing balanced reach for wound dressing and superficial soft-tissue manipulation. The serrated jaw geometry maintains consistent grasp during prolonged tissue handling, while the narrow profile allows access to confined areas. Designed for routine wound care and dressing changes.
This narrow 152mm serrated dressing forceps extends reach while maintaining a slender profile for precise dressing manipulation in confined or delicate surgical fields. The serrated jaw design provides secure grasp on moist gauze and sponges without crushing underlying tissues. Stainless‑steel construction is built for reliable performance and lasting durability.
A compact 159mm narrow dressing forceps combining the serrated jaw advantage with a straight profile for use in moderate and superficial fields. Despite the shorter length, the serrated surface maintains reliable grasp on gauze and delicate wound margins. The narrow jaw width reduces tissue disruption during dressing placement.
These dressing forceps provide straightforward manipulation of surgical dressings, packing materials, and light tissue handling in wound care and general procedures. The 220mm length supports comfortable handheld control without reaching into confined spaces.
These fine straight dressing forceps carry serrated jaws on a delicate 114mm frame, sized for manipulating gauze and superficial soft tissue in close‑in fields. The serrated jaw bites without crushing, and the compact length keeps the working tips within fingertip control during fine dressing changes.
These extended‑length dressing forceps with serrated jaws provide reach for dressing placement and removal in deep or posterior surgical sites. The narrow profile improves visibility, while serration prevents slippage of moist gauze or cottonoids. Ideal for procedures requiring extended shaft access.
Extended dressing forceps at 410mm provide reach beyond standard models for deeper or longer surgical fields. Narrow serrated jaws maintain delicate control over fine dressings and tissue borders during wound management and closure inspection. The increased length supports access without increasing tip pressure.
At 430mm, these serrated dressing forceps offer extended reach for evaluating and managing wounds in deep abdominal, thoracic, or pelvic cavities. The narrow jaw profile reduces trauma to delicate edges while the serrated surface maintains secure purchase on moistened gauze. The straight shaft supports controlled approach into confined spaces.
At 508mm, these serrated dressing forceps provide maximum working length for extremely deep or extended surgical cavities where standard instruments cannot reach. The narrow jaw design allows fine dressing control in confined spaces while the serrated surface prevents slippage on wet materials. The extended shaft maintains hand position control at distance.
This extended‑length 610mm narrow serrated dressing forceps is engineered for long‑reach dressing and wound manipulation in deep surgical fields or extended‑access procedures. The narrow profile prevents obstruction of operative sight lines while the serrated jaws maintain reliable grasp on gauze and sponges. Stainless‑steel construction supports routine sterilization and reprocessing.
This narrow serrated dressing forceps measures 102mm overall and is designed for fine manipulation of gauze, dressings, and delicate tissues during wound care and superficial procedures. The serrated working edge maintains reliable grasp across varied dressing materials. Compact length supports control in confined spaces.
These serrated dressing forceps provide secure grip on gauze, sponges, and light tissue during field cleanup and dressing manipulation. The extended 254mm length supports reach into deeper operative cavities while the serrated jaws maintain reliable hold on slippery materials. Ring handles enable comfortable control during prolonged procedures.
This 127mm serrated dressing forceps provides secure grasp on gauze, sponges, and soft dressings during wound care and field preparation. The serrated jaw edges prevent slip during manipulation of moist or slippery materials. Stainless‑steel construction is built for reliable performance and lasting durability across repeat clinical use and reprocessing.
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 seamless stainless‑steel dressing jar with slip‑over cover provides protected storage for surgical dressings and cotton supplies. The 1‑7/8 quart capacity accommodates bulk dressing inventory, while the recessed lid handle supports safe lifting and transfer. The seamless construction prevents debris accumulation and facilitates thorough sterilization.
This four-quart dressing jar features a slip-over cover and seamless design that supports efficient sterilization and storage of wound dressings in the OR suite. The recessed handle design minimizes snagging during transport, while the generous 171 × 216mm interior accommodates standard dressing packs. The design reduces contamination risk during field transfers.