Your cart is empty!
Sized 1/2, this Bowman lacrimal probe pairs the two smallest gauges on a single double‑ended shaft for graduated probing of the canalicular system. The 142mm overall length keeps fingertip orientation near the lid margin while the tapered tip negotiates the punctum and common canaliculus.
Features & Benefits
Beyer pigtail probe is designed for suture guidance and secure fixation during ophthalmic procedures requiring precise tissue engagement. The 16mm diameter pigtail curve provides a wide loop platform for reliable suture placement, while the blunt end minimizes scleral trauma during manipulation. Suture eyes positioned just behind the blunt end facilitate secure knot management.
The Bodian lacrimal pigtail probe curves intraoperatively to navigate complex canalicular and nasolacrimal passages during dacryocystorhinostomy and silicone intubation. Stainless steel construction provides corrosion resistance and appropriate flexibility, while the 12mm diameter pigtail permits smooth ductal insertion without mucosal trauma. Round, knurled handle enables confident tactile control during advancement.
Bowman lacrimal probe in size 00/0 for the finest canalicular work, including pediatric and tight‑punctum probing. Malleable sterling silver lets the surgeon contour the shaft to canalicular anatomy, and the soft metal retains its bend through the passage. Overall length is 142mm.
Sized 00/0, this Bowman lacrimal probe places the two finest gauges on a double‑ended shaft for first‑pass canalicular probing in pediatric or stenotic systems. The 142mm overall length keeps fingertip orientation near the lid margin while the tapered tip negotiates the punctum and common canaliculus.
At sizes 0000 and 000, this Bowman lacrimal probe carries the finest calibers used in canalicular probing � first‑pass exploration in pediatric nasolacrimal duct obstruction and tight punctal entries. The malleable sterling silver shaft accepts gentle reshaping to follow the canalicular bend without kinking, then holds the new contour through the probing pass.
Sized 0000/000, the Bowman lacrimal probe is the finest gauge in the Bowman series, suited for canalicular probing in pediatric patients or tight stenoses. The 142mm overall length carries a probe at each end for graduated assessment of the lacrimal passage. The polished shaft slides cleanly through the punctum without snagging mucosa.
Bowman lacrimal probes in size 1/2 are formed from malleable sterling silver, allowing the surgeon to gently shape the shaft to each canalicular path. The 142mm overall length supports controlled probing of the canaliculus and nasolacrimal duct. Silver's tarnish‑resistant feel also gives consistent tactile glide along the lumen.
Bowman lacrimal probes in size 3/4 step up the gauge from the entry sizes for more advanced canalicular and nasolacrimal probing. Malleable sterling silver shafts can be bent to mirror each patient's drainage anatomy. The 142mm overall length keeps the surgeon's grip clear of the lid margin during advancement.
The Bowman lacrimal probe in size 3/4 provides graduated probing of the lacrimal canalicular system during dacryology assessments. The polished tapered tips dilate and trace the puncta and canaliculi, and the 142mm double‑ended shaft offers two diameters in a single instrument. Stainless‑steel construction is built for reliable performance across repeat clinical reprocessing.
Bowman lacrimal probes are the workhorse of canalicular and nasolacrimal duct exploration, and this size 5/6 pair handles the wider mid‑range calibers used in adult duct work. The malleable sterling silver shaft accepts gentle in‑hand reshaping to follow the canalicular bend, then holds its new profile through the probing pass. Overall length is 142mm.
Sized 5/6, this Bowman lacrimal probe addresses the larger graduated diameters used late in canalicular and nasolacrimal duct dilation. The double‑ended design provides two probe sizes on a single shaft, and the 142mm overall length supports steady reach from the punctum through the duct. The straight stainless‑steel form transmits tactile feedback during canalicular passage.
Bowman lacrimal probe in size 7/8, crafted from malleable sterling silver so the surgeon can shape the shaft to match canalicular anatomy. The soft metal bends smoothly without springback, supporting atraumatic passage through the punctum and lacrimal system. Overall length is 142mm.
This Bowman lacrimal probe (Size 7/8) is designed for gentle probing of the lacrimal canalicular system. The standardized size facilitates consistent diagnostic exploration of canalicular patency during epiphora evaluation. The 142mm length provides steady hand positioning while allowing complete access to the full lacrimal anatomy.
The Clark‑Bowman lacrimal probe navigates the nasolacrimal canalicular system for probing, intubation assessment, and diagnostic irrigation of lacrimal drainage pathways. Sterling silver construction offers malleability and corrosion resistance, permitting intraoperative adjustment to accommodate canalicular anatomy. Size 1‑2 serves standard adult lacrimal systems.
The Jackson lacrimal intubation set enables reliable catheterization of the lacrimal drainage system for canalicular obstruction and nasolacrimal duct stenosis repair. The set includes two 20-gauge thin-wall Jackson probes with 155mm straight working length, paired with 300mm of flexible silicone tubing for gentle canular passage and long-term tear drainage maintenance. The malleable stainless steel and polished finish support atraumatic tissue contact.
The Jackson lacrimal intubation set pairs two 20 gauge thin‑wall malleable probes, each 155mm long, with 300mm of silicone tubing fastened to the probe ends. The surgeon shapes each probe to match the canalicular path, then draws the silicone stent through the nasolacrimal system to maintain patency. Blunt probe tips protect canalicular mucosa during passage.
This pigtail probe carries 8mm curved pigtail loops on both ends with suture eyes just behind the blunt tips, designed for canalicular intubation during lacrimal duct repair after canalicular laceration. The pigtail curve follows the natural arc of the upper and lower canaliculi, and the suture eyes capture monofilament for retrograde threading. The round knurled handle gives steady fingertip control.
The Quickert size 0 lacrimal intubation probe is designed for selective probing and intubation of fine canalicular and nasolacrimal pathways. Malleable sterling silver construction permits field adjustment to accommodate patient ductal anatomy. At 149mm, the length supports complete duct navigation during lacrimal intubation and repair.
The Quickert size 00 probe offers ultra‑fine canalicular navigation for delicate intubation and diagnostic procedures in narrow or stenotic lacrimal systems. Its malleable sterling silver construction adapts to individual ductal geometry, while the 133mm length permits adequate reach through the nasolacrimal passage.
The Quickert size 1 lacrimal intubation probe navigates standard adult canalicular and nasolacrimal anatomy during dacryocystorhinostomy and silicone tube placement. Malleable sterling silver allows field adjustment to patient‑specific ductal curves, and the 144mm length provides ample reach for complete duct exploration and intubation.
The Quickert size 2 lacrimal intubation probe is sized for larger adult canaliculi and nasolacrimal ducts during intubation and dacryocystorhinostomy repair. Its malleable sterling silver construction permits accommodation to larger ductal dimensions while maintaining adequate tactile feedback. At 144mm, the probe offers optimal reach for complete duct navigation.
The Quickert size 3 probe serves moderately enlarged canalicular and nasolacrimal systems during intubation and lacrimal reconstruction. Malleable sterling silver permits field adjustment to accommodate enlarged pathways, and the 144mm length ensures complete reach through the entire nasolacrimal duct during diagnostic and therapeutic procedures.
The Quickert size 4 probe navigates significantly enlarged or dilated nasolacrimal systems during intubation, dacryocystorhinostomy, and lacrimal reconstruction. Its malleable sterling silver construction adapts to large ductal geometry while providing stable tactile control. The 144mm length supplies complete reach for extensive duct exploration and tube placement.
This set of six double‑ended Bowman lacrimal probes is constructed from stainless steel and provides graded diameters for sequential dilation of the lacrimal drainage system. The probe geometry supports controlled axial guidance during canalicular probing.
The Williams lacrimal probe is designed for gentle canalicular exploration during dacryocystorhinostomy and lacrimal duct probing. Its malleable sterling silver construction allows gentle conforming to delicate lacrimal anatomy without causing perforation. The size 00/0 tip and 142mm length support controlled navigation through lacrimal passages.
The Williams lacrimal probe is a sturdy, malleable sterling silver instrument for probing the nasolacrimal duct during dacryocystorhinostomy, intubation, and canalicular diagnostic procedures. At 144mm in length and size 1‑2, it provides ample reach through the canalicular and nasolacrimal passages. Malleability permits field‑adjustment to patient‑specific ductal anatomy.
The Williams lacrimal probe is crafted from malleable sterling silver for gentle, atraumatic manipulation of lacrimal system tissue. The 142mm length provides extended reach for canalicular and lacrimal sac exploration. The malleable composition allows intraoperative reshaping to accommodate individual anatomic variations.
Williams lacrimal probe enables controlled exploration and dilation of the lacrimal system during dacryocystorhinostomy and canalicular repair procedures. Malleable sterling silver permits gentle contouring to navigate the canalicular path without tissue trauma. Size 5/6 gauge and 142mm length support reliable reach into distal lacrimal structures with tactile feedback.
Built for canalicular intubation, the Worst pigtail probe carries a 9mm curved blunt tip designed to traverse the canalicular system and emerge through the opposite punctum. Pre‑cut polyethylene tubes are included for the silicone intubation step, and the round knurled handle supports steady rotational control during passage.