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Converse osteotome with a straight 2mm cutting edge on a 178mm frame, sized for fine osteotomies in facial bone and small‑joint orthopedic work. The narrow 2mm width permits controlled chisel cuts where larger osteotomes would split cortex unpredictably. Stainless steel construction supports repeat sterilization and edge maintenance across cases.
Features & Benefits
Used to raise the periosteum from the nasal bones and maxilla during open rhinoplasty, this straight Converse periosteal elevator presents a 4mm wide blade on a 178mm shaft. The large concaved handle gives the surgeon a thumb‑driven grip for controlled pressure along the bony framework. Stainless steel construction maintains the leading edge through repeat osteotomy and dorsal preparation cases.
Cooley arteriotomy scissors are purpose‑designed for controlled opening of coronary and peripheral arteries during bypass grafting and endarterectomy procedures. The 30-degree angle optimizes the cutting trajectory along vessel walls, reducing the risk of over-extension beyond the intended arteriotomy site. Extended 184mm length permits surgeon access during complex revascularization.
Cooley first rib shears are heavy‑duty cutting instruments for median sternotomy and thoracic surgery approaches to coronary bypass and heart transplantation. The curved jaws with 340mm length provide mechanical advantage for cutting through dense rib and sternal bone during cardiac access. Stainless steel construction withstands repeated autoclave sterilization and maintains blade sharpness across multiple cases.
The Cooley‑Baumgarten wire twister delivers tungsten carbide jaws with heavy blunt profile for reliable grip on stainless steel and titanium wires during spinal fixation and orthopedic assembly. The 203mm length provides excellent leverage for wire twisting and hardware positioning in vertebral and metaphyseal work. Tungsten carbide construction resists wear during repeated wire engagement and high-torque twisting.
Cooley‑Favaloro sternal rib spreaders for pediatric use are engineered to safely open the sternum in smaller thoracic cavities during cardiac surgery. The swivel convex blades and graduated blade dimensions (A = 12mm, B = 20mm, C = 155mm, D = 120mm) accommodate the child's rib cage geometry while distributing retraction force evenly. This design minimizes rib fracture and soft tissue trauma.
The corneal eye shield is a plastic protective shell designed for post-operative patient comfort and ocular surface protection following ophthalmic procedures. The medium size accommodates standard globe dimensions while the smooth curved surface provides gentle corneal coverage. The protective shell maintains corneal moisture and protects the surgical site from external trauma during early post-operative recovery.
This titanium corneal forceps delivers exceptional rigidity and corrosion resistance over many surgical cases. The 0.12mm delicate tips and 1 × 2 tooth pattern engage corneal tissue with minimal trauma, while the 6mm diamond-dusted tying platform provides superior grip on suture and tissue. The wide serrated slotted handle balances ergonomic control with secure finger positioning during extended cases.
Coryllos‑Bethune rib shears with left protected jaw are designed for controlled division of rib bone during median sternotomy or lateral thoracotomy exposure. The protected jaw prevents inadvertent injury to underlying pleural or cardiac structures while the opposite jaw delivers cutting force. The 360mm length provides leverage and reach for deep thoracic work.
Straight Coryllos‑Bethune rib shears are dual‑purpose instruments for controlled rib cutting during cardiac exposure and closure. The symmetrical straight jaw design accommodates both right‑ and left‑sided rib divisions without requiring hand position changes. The extended 360mm shaft provides mechanical advantage while keeping the surgeon's hand clear of the operative field.
Cottle alar retractors expose the alar base and lateral nasal sidewall during rhinoplasty tip-refinement and columellar approaches. The tapered 16 to 13mm blade narrows progressively from handle to tip, optimizing visualization of the alar-domal junction while minimizing tissue trauma. Straight geometry delivers direct atraumatic retraction of thin alar soft tissue.
The Cottle chisel features a 6mm straight blade mounted in a diamond-knurled round handle for controlled bone work during nasal surgery. The knurled surface provides secure grip during mallet-assisted cuts on nasal bone and septum. The 180mm overall length permits safe hand positioning away from impact forces.
The Cottle chisel performs controlled bone removal and shaping during septal reconstruction and rhinoplasty. Its 6mm curved blade with centimeter depth markings (4-7mm) enables precise control during osteotomy advancement. The 184mm length supports bimanual technique with reliable tactile feedback.
The Cottle cross‑bar chisel, 2mm wide, delivers straight cutting geometry for controlled nasal septum and orthopedic bone work. The 181mm length supports precise handling in confined surgical fields. Stainless steel ensures reliable performance and edge retention for repeated surgical use.
The Cottle cross‑bar chisel is adapted for orthopedic bone work, particularly for controlled separation of cortical bone along joint margins and laminar regions. Its 4mm wide blade cuts through dense periosteal attachments and subperiosteal bone planes. The straight 181mm profile distributes force evenly across the blade edge during impact.
Cottle nasal speculum with 50mm blades delivers wider exposure for comprehensive nasal and septum visualization during functional endoscopic sinus surgery and extended rhinologic procedures. The broader blade width accommodates multiple instruments and maintains atraumatic contact with nasal structures, supporting prolonged operative access without mucosal injury.
Cottle nasal speculum with a narrow 35mm blade design is engineered for precise exposure of intranasal structures during septoplasty, rhinoplasty, and functional endoscopic sinus surgery. The straight, spring-loaded blades provide atraumatic retraction of nasal mucosa and septum, enabling clear visualization of the operative field while minimizing postoperative edema.
The extra‑long Cottle nasal speculum carries 90mm blades tapered from 8mm to 10mm wide, with a set screw locking the spread at the desired width. The longer blade reaches deeper into the nasal cavity for septoplasty and rhinoplasty cases requiring posterior access.
The Cottle self-retaining nasal speculum with narrow tapered 75mm blades provides enhanced visualization of posterior nasal structures and sphenoid sinus access points during advanced functional sinus surgery. The larger blade width distributes opening pressure evenly. The self-retaining mechanism supports prolonged exposure without hand fatigue.
The double‑ended Cottle‑Neivert retractor pairs a two‑prong ball end with a single reversed retractor end on one instrument, suited to varied nasal retraction needs during septoplasty and rhinoplasty. The 203mm length lets the surgeon flip ends as the case progresses without an instrument exchange.
The Cottle osteotome delivers precise bone work during rhinoplasty and nasal reconstruction. Its 12mm straight cutting edge includes centimeter markings (4-7cm) for depth control during lateral and medial osteotomies. The 184mm length supports bimanual technique with reliable tactile feedback.
The Cottle retractor combines a sharp 10mm left prong with a ball tip right prong to support nasal septoplasty and rhinoplasty exposure. Asymmetric prongs accommodate the variable tissue planes encountered during septal dissection, while the flat serrated handle promotes secure grip during extended retraction. This 140mm straightens length supports access to deep nasal and septal structures.
The Cottle retractor combines a sharp right prong with a blunt ball-tip left prong to address asymmetric nasal anatomy during septoplasty. Its 140mm length and flat handle partly serrated design support secure positioning without tissue trauma. The mixed-prong geometry reflects Cottle's method for controlled dorsal and septal exposure.
Built with a strong curve and a deep hook, the Cottle retractor lifts and holds the alar cartilage and skin envelope during open and closed rhinoplasty. The 140mm length keeps the surgeon's hand clear of the nasal field, and the deep hook profile supports sustained tissue lift without slipping.
When deeper rhinoplasty retraction is needed, this large Cottle single hook offers a deep curve on a 133mm shaft to lift the nasal tip or alar base into the surgeon's view. The pronounced curvature distributes load along the hook rather than at a single point, reducing skin pinch during prolonged exposure. Stainless steel construction holds the point geometry through repeat steam sterilization.
Carrying a shallow curve at the working tip, this small Cottle single hook engages alar rim and columellar skin during rhinoplasty exposure. The lighter curvature suits delicate retraction where deeper hooks would tent or tear thin nasal skin. The 133mm length keeps the surgeon's hand outside the operative field, and stainless steel construction holds the point through repeat sharp‑instrument reprocessing.
The Cottle nasal speculum provides robust exposure of the entire nasal cavity and sphenoid ostium during FESS and septorhinoplasty. Its large 80mm blades taper gradually from 10mm to 8mm, distributing contact pressure across the nasal sidewall and septum. The 140mm length enables single-handed operation.
The Cottle nasal speculum features 90mm tapering blades (10mm to 8mm) that open the nasal vestibule for wide septal visualization during septoplasty and rhinoplasty. The blade taper accommodates progressive nasal cavity anatomy, preventing lateral wall compression while maintaining surgeon sightlines into the operative field.
These tungsten carbide Cottle dorsal scissors combine angled shanks with serrated upper blades and flattened Ragnell tips for controlled septal and dorsal tissue cutting in rhinoplasty. The blunt tip geometry reduces penetration risk near underlying structures, while the angled approach improves field visibility. Gold ring handles support prolonged grip without fatigue, and tungsten carbide edges retain sharpness across multiple cases.
This recessed-handle tray cover protects the contents of tray 1202 while providing ergonomic lift handles that recess flush with the cover surface for compact storage. Rigid design maintains stack integrity in instrument trays, and the integrated strap handles reduce hand strain during transport.