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Designed for left?handed surgeons, the Lieberman microfinger provides fine anterior chamber and iris manipulation precision. Its 10mm tip?to?bend length and grooved round handle provide secure tactile control during delicate capsulorhexis or zonular work. The narrow shaft profile enhances visibility in confined spaces of the anterior chamber.
Features & Benefits
Mini Lambotte osteotome, curved 12mm wide, delivers controlled bone removal in moderate‑scale orthopedic work within confined surgical corridors. The 12mm edge width expands cutting surface without sacrificing precision positioning. Curved blade follows complex anatomic surfaces.
Kelly clamp measuring 5-1/2" delivers reliable tissue control and hemostasis. Hemostatic jaw geometry ensures secure grip without crushing delicate structures. Stainless‑steel construction provides durable performance across repeat surgical use.
The Kelly hemostatic forceps provides rapid, reliable vessel and tissue control with its curved jaw geometry ideal for deeper abdominal hemostasis. The standard curve improves the surgeon's approach angle to vascular structures, while the jaw tension supports sustained pressure. The 140mm length and stainless-steel construction ensure durable performance across general surgical cases.
Sized at 18mm on a hexagon handle, this Size 2 laryngeal mirror sits at the smaller end of the routine adult exam range, suited to patients where the larger sizes crowd the oropharynx. The polished face holds image clarity, and the hexagon handle resists rolling on the exam tray.
Sized at 24mm with a hexagon handle, this Size 5 laryngeal mirror gives a wider field of view than the standard hex‑handle exam mirrors. The hexagon handle resists rolling on the exam tray, and the polished face holds image clarity during posterior pharyngeal inspection.
The titanium Sheets‑McPherson tying forceps in 45‑degree angled configuration combines 10.5mm tying platform with reduced weight compared to stainless steel. The angled geometry provides ergonomic access during bimanual IOL and corneal surgery. Titanium construction offers corrosion resistance and enhanced durability over many sterilization cycles.
The LaForce foreign body spud is engineered for safe removal of corneal and conjunctival foreign bodies without perforating delicate tissue planes. The flat-handle geometry provides secure grip control, while the straight design permits precise anterior approach and tissue-plane dissection during careful removal.
This modified Barraquer speculum opens the lids with 15mm solid blades shaped longer and 8mm deep for procedures needing extended palpebral exposure. The 26mm outside by 10mm inside spread holds the lids clear of the cornea while preserving working access through the aperture. A dull finish across the 43mm body reduces microscope glare during anterior segment cases.
The titanium Castroviejo tying forceps in straight configuration features 7mm tying platform and refined geometry suited to clear visualization during IOL and corneal knot placement. The straight shafts enable unobstructed view of knot formation, and titanium construction offers enhanced durability. The broad platform ensures consistent tying force distribution.
The Sauer premature infant (E) lid speculum carries tiny 2mm solid blades on a 17mm spread, sized for the narrow palpebral fissure of the neonate. The compact 27mm frame keeps the speculum profile minimal during examination and minor surgical work, and the dull finish suppresses reflection under the operating microscope.
This 14mm laryngeal mirror (K2/#0) bridges the pediatric and small‑adult exam ranges, useful when the K1 size is too small but adult sizes crowd the oropharynx. The polished face holds image clarity, and the round handle stabilizes the examiner's grip.
Adson tissue forceps with fine 1 × 2-tooth pattern provide delicate grasp for superficial tissue handling in general and facial surgery. The narrow-tip geometry enables precise single-layer dissection and separation. The 121mm compact length supports excellent control and visibility in confined operative fields.
The Kelman-McPherson tying forceps combines angled geometry with extended 8mm tying platforms suited for handling 9-0 to 11-0 sutures. Its guide pin ensures consistent tooth alignment, while the ergonomic fenestrated handle supports secure grip during intricate wound closure. The 110mm length delivers adequate reach from cornea to sclera.
This Number 3 knife handle is finished in gold plating and etched with a ruler marking for precision measurement during surgical planning and incision placement. The stainless‑steel base provides rigidity and corrosion resistance through repeated sterilization. The integrated ruler supports quick reference for blade alignment and wound depth.
This #3 knife handle adds an integrated ruler scale along the handle for surgeons who want a quick on‑instrument measure during incision planning. The #3 fitting accepts blades 10 through 15c from major suppliers.
The #3 knife handle with an integrated ruler at 127mm accepts blades 10 through 15 on the standard #3 fitting while adding an on‑instrument measure for incision planning. The ruler markings allow direct measurement at the surgical field.
A #3 knife handle sized for standard surgical blades 10, 11, 12, and 15, this 127mm instrument provides balanced blade control in general procedures. The satin finish reduces glare while supporting reliable reprocessing across repeat surgical cases.
An 8‑1/2" (216mm) #3L knife handle gives the surgeon extra reach for deep incisions while accepting standard #10, #11, #12, and #13 blades. The straight shaft delivers a stable working axis, and the extended length keeps the surgeon's hand off the field during deeper cuts. Stainless‑steel build sustains the locking blade slot through reprocessing.
The #4L extra‑fine knife handle for deep surgery accepts blades 20 through 25c on a 213mm body, with the long shaft carrying the cutting edge into deep abdominal and thoracic fields. The fine handle profile preserves tactile feedback at the cutting tip.
The wide #9 knife handle pairs a hollow grip with a broad profile for stable scalpel control during larger incisions and dissections. The hollow design reduces overall weight, easing fatigue during prolonged use. Stainless‑steel construction sustains repeat sterilization across the instrument's service life.
This zero‑degree phacoemulsification tip is the foundational geometry for straight‑ahead phaco probe deployment. The tapered round hub design ensures precise fit within phacoemulsification handpieces, enabling reproducible power delivery and aspiration dynamics during nuclear emulsification and cortical cleanup.
This 2.7mm tap thread the intramedullary canal during percutaneous or open screw fixation of fractures and arthrodesis constructs. The shaft runs through a threaded guide to establish a consistent pitch within cortical and cancellous bone. Stainless steel withstands the torsional load of thread cutting.
This 21‑gauge stainless‑steel surgical wire offers finer, more flexible manipulation than heavier gauges while maintaining adequate strength for soft‑tissue work. Its 4‑ounce spool format suits moderate‑volume surgical programs. The smooth finish enables clean passage through tissue planes.
Supplied on a 4‑ounce Babcock spool, this 30ga stainless‑steel surgical wire serves the finest cerclage, tendon, and small‑structure approximation tasks. The 30ga diameter contours tightly around small anatomy without kinking under standard handling. Implant‑grade stainless chemistry holds corrosion behavior steady through extended implantation.
This 32ga Babcock surgical wire on a 4oz spool supports very fine wire work in delicate surgical fields where minimal tissue trauma is paramount. The ultra‑thin 32‑gauge profile suits nerve repair, fine vascular anastomosis, and precision closure in microsurgical workflows. Stainless steel preserves malleability during careful bending.
This ultra‑fine 34‑gauge stainless‑steel surgical wire is suited to precision microsurgical applications where minimal tissue trauma and maximal visibility are critical. Its very thin profile passes easily through confined spaces. The 4‑ounce spool accommodates extended microsurgical procedures.
This 35ga Babcock surgical wire on a 4oz spool enables the finest fixation in highly delicate surgical environments such as ophthalmic and neurologic microsurgery. The extremely thin 35‑gauge diameter facilitates controlled placement in confined spaces while the stainless steel construction ensures reliable handling without kinking.
This 36ga Babcock surgical wire on a 4oz spool represents the thinnest offering for precision applications where minimal material presence is critical. The ultra‑fine 36‑gauge profile suits advanced microsurgical repair and closure in highly specialized ophthalmic and neurologic fields. Stainless steel preserves surface integrity throughout careful handling.
This 38ga Babcock surgical wire on a 4oz spool provides the finest commercial wire option for cutting‑edge microsurgical applications where material visibility and handling require extraordinary delicacy. The 38‑gauge diameter allows passage through tissue planes with minimal disruption, and stainless steel construction maintains stability during extended surgical procedures.