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The Garrett vascular dilator with 3.5mm elongated oval tip gently enlarges coronary artery or saphenous vein ostia prior to anastomosis. The matte mirror finish reduces light reflection in bloodfield, and the thin shaft supports tactile feedback while navigating within vessel lumens. At 140mm length, the instrument preserves proximal control during delicate intravascular manipulation.
Features & Benefits
The Garrett vascular dilator with 4.5mm elongated oval tip prepares larger coronary ostia and saphenous vein grafts for precise anastomosis without stenosis. The matte finish reduces bloodfield glare, while the thin, responsive shaft delivers accurate tactile feedback during progressive intraluminal dilation. At 140mm, the design preserves control across repeated vessel sizing.
The Garrett vascular dilator with 4mm elongated oval tip progressively enlarges coronary or graft vessel ostia to accommodate anastomotic size matching. Matte mirror finish and thin shaft design allow precise tactile control during intraluminal dilation without endothelial disruption. The 140mm length supports access within pericardial space while maintaining proximal vessel security.
This Garrett vascular dilator with 5mm elongated oval tip accommodates larger vessel lumens during aortic branch dilation or bypass graft sizing. The thin shaft and matte finish support smooth, atraumatic advancement along vessel walls. Progressive sizing with the 1mm and 2mm versions enables safe, stepwise dilation.
The Gass scleral marker places a precise 1.5mm reference dot on the sclera during retinal detachment and scleral buckle procedures. A 12mm marking thimble seats over the fingertip for direct application, and the dull finish reduces microscope glare during placement. The 48mm body keeps the instrument compact within the orbital field.
This 185mm gauze packer and ligature tucker (pattern #2522) seats packing strips and tucks ligature tails into restricted operative spaces. The straight shaft and atraumatic working end push material into place without snagging adjacent tissue. Stainless‑steel construction supports routine reprocessing across general surgical use.
This Gelpi perineal retractor features ball stops at the base and sharp prongs that securely anchor in muscle and fascia during perineal and rectal procedures. The ratcheted design maintains retraction without hand fatigue. At 178mm, reach is adequate for moderate‑depth perineal exposures.
The pediatric Gelpi perineal retractor provides shallow hands-free tissue separation during pediatric perineal and anal surgical procedures with its self-retaining ratcheted geometry. The compact 114mm length and smooth perineal blade geometry support safe, atraumatic pediatric tissue exposure. Stainless-steel construction ensures reliable durability across pediatric surgical cases.
The Gelpi retractor features 3-inch (76mm) deep blade depth for self-retaining hands-free tissue exposure. The spring-loaded ratcheted mechanism maintains consistent retraction force without operator fatigue. At 152mm overall length, the compact geometry supports easy placement and removal within confined operative fields.
The Gemini clamp combines a standard curve with compact jaws optimized for blood vessel and tissue securing in general surgery. Its 140mm length positions the working end precisely within moderate-depth fields. The curved geometry improves visibility and approach angles in confined spaces.
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.
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.
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.
These German jeweler #0 forceps narrow to a 0.17mm extra‑delicate point for handling the finest ophthalmic suture, capsule fragments, and foreign bodies. The smooth flat handle gives a stable thumb‑and‑forefinger grip during microsurgical work, and the matte finish reduces glare under the operating microscope. The 115mm length keeps the working tip close to the surgeon's fingertips.
A rigid Gil-Vernet retractor with 11mm blades provides firm exposure of genitourinary anatomy during cystotomy, nephrectomy, and urologic open cases. The straight-blade geometry and rigid construction maintain fixed retraction without drift. At 248mm, the extended length suits deep pelvic and flank exposures. Stainless steel resists corrosion across repeated steam sterilization.
Gillies skin retractor (Fig. 1) features a single sharp hook for selective tissue retraction in superficial surgical exposures. The sharp geometry pierces skin flap edges for reliable retraction without displacement. The 180mm length and handheld design support precise control during facial, neck, or soft-tissue procedures.
The Gillies skin retractor in figure #2 pattern carries a sharp hook on a 178mm body for precise skin‑edge retraction during facial and head‑and‑neck dissection. The single sharp hook lifts the skin margin without crushing the wound edge, and the moderate length keeps the handle clear of the field.
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.
The Gills‑Welsh Morrison lens loop features an ultra‑thin 5 × 7mm loop with additional 20 degrees of curvature, designed for controlled in‑the‑bag IOL positioning and nucleus delivery. The olive tip reduces edge trauma on nuclear surfaces. Flat handle provides stable grip orientation during bimanual nuclear maneuvers.
The Gills‑Welsh angled Vannas micro scissors feature 8.5mm sharp blades angled forward at 40 degrees, delivering precision cutting geometry for ophthalmic microsurgery. Their medium 86mm length and serrated handle support controlled movements during capsulotomy, limbal relaxing incision (LRI) work, and fine conjunctival manipulation. Polished stainless‑steel construction ensures durability across routine reprocessing.
Shaped as a 1.5mm‑wide J, the Gimbel hydrodissection cannula directs a fluid wave back beneath the anterior capsule during cataract surgery. The 25ga lumen gives a fine, controlled stream, and the 21mm working length places the J cleanly through clear‑corneal incisions. Stainless‑steel construction holds the J geometry across reprocessing cycles.
Designed for LASIK flap irrigation, the Gimbel fountain cannula carries a 25‑gauge left‑angled shaft with a vaulted, smooth, bullet‑shaped tip. A single center port produces a controlled fountain of fluid beneath the flap, lifting it gently while clearing debris from the stromal bed. The 13mm working length excluding hub suits stromal interface access.
The Gimbel LASIK polishing cannula is designed for gentle stromal bed polishing and final cleanup during refractive procedures. The 30ga ultra‑fine gauge, double‑angled curvature, and sandblasted tip enable soft tissue contact without mechanical trauma. The specialized "left" configuration improves surgeon ergonomics during this precision step.
The Ginsberg adjustable eye speculum combines half-solid and half-open-wire blades angled upward for versatile anterior segment exposure. The hybrid blade design delivers firm retraction on the solid side while the open-wire section minimizes tissue compression. The 15mm blade length and 47mm spread provide optimal visualization, and the 79mm overall length supports precise intraoperative control.
Designed for nasal and sinus tissue sampling, this Giraffe biopsy forceps presents 4mm cup jaws at a 70-degree vertical angulation for reach into the superior nasal meatus and frontal recess. The angled head clears the endoscope's optical path, and the 130mm working length supports controlled sampling under image guidance. Stainless-steel construction holds the cup geometry through repeat autoclave cycles.
The giraffe biopsy forceps deliver a 2.8mm cup with a 70-degree curved shaft and double-action mechanism that opens vertically, enabling specimen capture from difficult-to-reach nasopharyngeal and sinus sites. The vertical opening geometry provides superior visualization of the biopsy site. The curved approach shaft improves endoscopic access while minimizing mucosal trauma.
The Giraffe biopsy forceps is engineered for controlled tissue sampling during laryngeal and pharyngeal biopsy procedures. Its 4mm spoon jaw and 70-degree curved shaft enable visualization and sampling from difficult posterior-pharyngeal locations. The double-action mechanism reduces specimen crushing.
The Giraffe biopsy forceps is engineered with a 70-degree upturned jaw configuration that improves visualization and access in confined anatomical spaces. The 4mm vertical cup jaw provides controlled tissue sampling with reliable grip across flexible biopsy applications. Balanced spring tension enables precise specimen collection without excessive trauma.
Giraffe sinus forceps angled at 70 degrees horizontal deliver wide lateral approach to maxillary and sphenoid sinuses during extended functional endoscopic sinus surgery. The 4mm cup-jaw geometry enables firm grasping of larger bone fragments and polyp material within spacious sinus cavities. The 130mm shaft with overall 211mm dimension provides adequate reach to posterior ethmoid and sphenoid anatomy.
The Girard tying forceps is constructed from titanium, delivering superior corrosion resistance and lightweight handling across extended surgical procedures. Its straight shafts and 5mm tying platform support stable needle positioning during fine ophthalmic suturing. Round knurled handle and dull finish enhance tactile control in wet operative fields.