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The Bechart lens-holding forceps feature curved shafts and serrated jaws for secure grasping of intraocular lenses and capsular tissue during implantation and repositioning. The serrated handle ensures grip stability during delicate lens manipulation. At 120mm with 23mm mid-screw-to-tip reach, proportions support optimal visualization and control.
Features & Benefits
The Bechert lens pusher uses a vertical Y‑tip that cradles the IOL haptic during placement and rotation in the capsular bag. A 9mm tip‑to‑bend distance gives consistent intraocular reach through standard incisions. Serrated handle texture supports stable rotational grip during haptic dialing.
This Bechert lens rotator is titanium with a 7mm angled segment near the tip for rotational lens adjustment. The profile supports smooth intraocular lens mobilization.
A horizontal Y‑tip distinguishes the Bechert nucleus rotator, providing two contact points that engage the nucleus securely during rotation. The 7mm bend-to-tip distance and round knurled handle support steady control through phaco incisions, with 110mm overall length sized for anterior segment work.
The Bechert nucleus rotator features a horizontal Y‑shaped tip to engage the nucleus during segmentation maneuvers in divide‑and‑conquer phacoemulsification. The angled shaft with a 10mm bend to tip optimizes approach angles for stable nucleus positioning. Round knurled handle and polished finish support smooth, controlled rotation throughout nucleus management.
The Bechert nucleus rotator features a Y‑shaped tip for efficient nucleus manipulation during lens emulsification. The straight shaft with round knurled handle provides stable, controlled rotational force. The polished finish and 125mm length support comfortable, extended use during dense nuclei removal.
The Bechert nucleus rotator is a titanium-constructed rotator designed for controlled nucleus bowl repositioning during phacoemulsification. Its horizontal Y-shaped tip engages the nucleus periphery while the angled shaft with 7mm tip-to-bend distance allows ergonomic approach through the corneal incision. Titanium construction combines corrosion resistance with the rigidity needed for reliable rotational force transmission during prolonged cases.
A wider horizontal Y‑shaped rotator tip distinguishes this Bechert design, spreading contact across the nucleus surface for confident rotation without point loading on the capsule. The angled shaft with a 7mm tip‑to‑bend reaches the lens equator through a clear corneal incision, and the polished 124mm shaft glides cleanly through the wound. Round knurled handling supports the small rotational arcs required during phaco quadrant manipulation.
These Bechert‑McPherson tying forceps include angled shafts and 10mm tying platforms optimized for broad suture support. The three‑hole handle and 105mm length aid in fine knot advancement and stabilization.
The Bechert-McPherson titanium tying forceps delivers the durability and precision required for repeated corneal and scleral suture work. The 45-degree angle and 10mm tip-to-bend measurement position the tying platform optimally for limbal access. Titanium construction ensures corrosion resistance through many sterilization cycles.
The Bechert-Sinskey needle holder combines a delicate 9mm jaw geometry with gentle curvature, serving anterior and equatorial zonular repair, capsular management, and fine corneal work. Lock mechanism stabilizes needle position during sustained closure without spring drift. Large round knurled handle accommodates extended surgical time while maintaining control. Dull finish and 129mm length support visibility and reach in complex cases.
The Bechert‑Sinskey needle holder combines straight geometry with a delicate 9mm jaw profile and locking mechanism for fine IOL insertion and anterior capsule closure. The straight shaft provides direct vertical access to the anterior chamber during IOL positioning, while the delicate jaw size accommodates 10‑0 and finer suture materials. Round knurled large handle ensures comfortable sustained grip during prolonged IOL manipulation.
These Beebee scissors deliver sharp straight blades optimized for precise anterior segment tissue separation. The fine pointed tips enable selective cutting of conjunctiva and episclera while the ring handle supports sustained tactile control. The 108mm frame balances reach with micro-precision during anterior segment procedures.
The Beehler micro pupil dilator with two prongs at 8mm spread provides targeted dilation through minimal pupil expansion, ideal for procedures requiring preserved pupillary anatomy or in cases of naturally small pupils. The 20‑gauge tube diameter (0.9mm) minimizes trauma during iris engagement. Stainless steel construction supports reliable performance.
The Beer cilia forceps are specialized precision micro-forceps with rounded blunt tips and smooth gripping platforms, designed for gentle ciliary-margin manipulation during entropion repair, trichiasis removal, or anterior-segment epilation work. The blunt rounded tips prevent inadvertent corneal or conjunctival abrasion while the smooth platforms distribute grip without tissue indentation. The compact 78mm length provides ergonomic fingertip control.
The Belz lacrimal sac rongeur is engineered for delicate bone and tissue removal during dacryocystorhinostomy and lacrimal sac procedures. Its rounded 17mm jaws, tapered to 2mm at the tip and 3mm at the midline, provide controlled biting leverage while the dull finish minimizes inadvertent soft-tissue trauma. The 180mm length supports stable handheld control and access to deep lacrimal anatomy.
The Benger probe hook is a straight tool designed for anterior segment exploration and tissue positioning. Its 63mm shaft length and dull finish provide atraumatic engagement with delicate ocular tissues, and the overall 131mm length supports access to the anterior chamber.
The Benner suture retriever is a specialized curved cannula designed for passing and retrieving scleral-fixation sutures through 25-gauge sclerotomies in IOL repositioning and vitreous surgery. The 90-degree bend aligns the instrument path with scleral anatomy while maintaining visualization. Stainless steel construction supports reliable reprocessing across many vitreoretinal cases.
The Berens curved suturing forceps features heavy curved shafts with 2 × 2 fine tooth pattern and crisscross serration suited to robust anterior segment suturing in challenging positions. The heavy construction provides exceptional rigidity, and the curved geometry accommodates natural surgical access. Fine tooth pattern prevents slippage on standard nylon and monofilament.
Berens muscle clamps are engineered for controlled grasping and fixation of extraocular muscles during strabismus surgery. The 13.5mm angled adjustable blades accommodate varying muscle diameters, while interlocking teeth in the lower jaw secure the muscle against the upper jaw grooves. A round knurled handle provides stable control.
These angled Bergh cilia forceps reach beneath misdirected lashes for epilation along the lid margin. Pointed tips with serrated jaws grip individual cilia, and the outside bevel keeps the working face flat against the lid for clean extraction. The 89mm overall length seats comfortably between fingers for sustained slit‑lamp work.
The Berke ptosis forceps addresses eyelid reconstruction with multi-curved shafts and straight 20mm blades bearing longitudinal serrations. The 110mm length and standard curve geometry favor both upper and lower eyelid muscle or tissue grasping during ptosis repair or eyelid surgery. Slide-lock mechanism provides stable closure without drift during tissue positioning.
The Berke‑Jaeger insulated lid plate provides curved blade geometry with 23mm/20mm dual sizes suited to blepharoplasty and ptosis repair. Electrical insulation permits safe cautery application during lid surgery without tissue arcing. The dull finish prevents light glare during detailed work, and the dual‑blade design provides surgical flexibility.
Berke-Jaeger lid plates are designed to provide firm support to the upper or lower eyelid during lid surgery and reconstruction. The curved 23mm blade conforms to lid contour and distributes force over adequate tissue surface. Laser black-chrome plating improves visibility and reduces reflection.
The Berke‑Jaeger pediatric lid plate provides proportionally scaled 10mm wide blade geometry suited to smaller eyelid anatomy in children. Curved design accommodates pediatric eyelid contours, and the dull finish minimizes light glare during precision work. Reusable stainless steel construction supports routine sterilization.
This double‑ended Berkeley marker provides both 4mm and 4.5mm corneal reference rings, enabling dynamic correction for variable astigmatism during IOL calculations and implantation. The smooth flat handle ensures precision marking without slipping. At 110mm, balanced length supports microscopic control and corneal contact stability.
The Berkeley double‑ended marker carries 5mm and 6mm etched circles on a smooth flat handle, used for marking intermediate optical zone diameters during refractive procedure planning. The double‑ended design covers two common zones in a single instrument, and the 111mm length suits standard refractive setup.
This Berkeley marker features dual 3.5mm and 3.75mm tips on a single handle to facilitate precise corneal marking for astigmatic correction during cataract and refractive surgery. The smooth flat handle ensures stable positioning against the corneal surface. At 110mm, optimal length supports single-handed marking without fatigue.
The Berkeley marker carries paired 3mm and 3.25mm reference rings on a single instrument, letting the surgeon choose between two closely spaced optical zone diameters during refractive marking. The smooth flat handle supports steady fingertip orientation through ink loading and contact. A 110mm body balances the dual‑ring head for clean impressions.
Stepped up to 4.5mm and 5mm, this Berkeley marker pairs two adjacent optical zone diameters for refractive cases requiring a wider treatment ring. The flat smooth handle keeps the head square to the cornea during ink transfer. A 110mm balanced body produces clean impressions on both passes.