Your cart is empty!
Intracapsular and cortical manipulation demands ultimate precision, which the Sinskey hook delivers via its 0.2mm fine tip and 18mm straight shaft. The included guard protects the delicate tip during handling and sterilization. Its 114mm round knurled handle provides reliable tactile feedback during fine anterior chamber work.
Features & Benefits
This custom Sinskey hook features a 0.2mm elongated tip and an 11mm angled shaft for extended reach under the anterior capsule. The round knurled handle provides enhanced micro‑traction for delicate rotational adjustments during IOL positioning.
This guarded Sinskey hook features an 18mm straight shaft and a 0.85mm blunt tip engineered for safe capsule engagement. The knurled round handle and integrated guard enhance grip and prevent excessive tip advancement in confined anterior chamber spaces.
Angled at the tip, this Sinskey hook features a fine 0.25mm working point for IOL positioning and iris manipulation during cataract surgery. The round knurled handle gives controlled rotation as the surgeon engages haptics or dials the lens into the capsular bag. At 110mm, the shaft suits standard anterior segment access.
This modified Sinskey hook carries a fine 0.2mm tip on a curved shaft, giving the surgeon a shorter working radius for IOL repositioning and capsular bag rotation. The serrated flat handle provides tactile rolling feedback during dialing maneuvers, and the polished finish maintains a clean appearance under microscope illumination. The 120mm overall length offers comfortable balance during anterior segment work.
The Sinskey Hook is a foundational ophthalmic manipulator designed for fine anterior segment and capsular work. Its 0.25mm straight tip provides delicate capsular engagement during capsulorhexis, IOL positioning, or iris repositioning. The flat handle offers precise finger control in confined surgical spaces, and the 121mm length balances maneuverability with adequate working distance in the anterior chamber.
The Sinskey hook is a fine iris manipulation instrument featuring a 0.18mm angled tip ideal for anterior capsule retraction and zonule management during cataract surgery. Its angled shaft with 10mm bend to tip positions the hook optimally for indirect iris and capsule engagement. Titanium construction ensures durability while the round handle provides stable palmar control.
Sinskey II hooks are a workhorse for IOL positioning and rotation. This straight model carries a 0.2mm tip on a 22mm shaft, giving the surgeon fine engagement of haptics and capsulorhexis edges through small incisions. The flat handle keeps the working axis predictable during dial maneuvers, and the 120mm overall length suits standard anterior segment reach.
This Sinskey II lens manipulating hook is titanium with a 0.2mm blunt tip and a 10mm angled bend for intraocular lens positioning. The round knurled handle supports controlled rotational and axial movements.
This titanium Sinskey iris IOL hook is engineered with a straight shaft and 0.2mm fine tip for precise hook-based IOL dialing and iris reposition during cataract implantation and secondary IOL work. The flat handle and smooth titanium finish enable atraumatic haptic and optic engagement. A 119mm length balances reach with tactile control.
These Sinskey T‑shaped lens holding forceps use curved jaws with a 15mm mid‑screw‑to‑tip distance to provide secure stabilization of soft lenses. The T‑shaped frame improves in‑hand rotational control during loading maneuvers.
The Sinskey nucleus spatula features a narrow 31mm straight blade and round knurled handle, providing precise control during nucleus rotation, sculpting, and mobilization within the capsular bag. The polished finish reduces drag on anterior capsule and cortex, supporting clean manipulation of the cataractous lens. This 124mm instrument is indispensable for phacoemulsification nucleus management.
The Sinskey straight tying forceps feature a fine 7mm tying platform with cross-action jaws, flat wide smooth handle, and dull finish, providing ergonomic comfort and reliable suture management during extended suturing procedures. The straight geometry offers direct access without obstruction, while the wide smooth handle accommodates various grip styles. This 111mm instrument supports stable control during complex wound closure.
These Jaffe tying forceps incorporate straight 23mm shafts and a three‑hole handle for controlled linear suture placement. The 100mm length improves microsurgical reach.
This double‑ended Sinskey/Kuglen instrument combines an angled 0.2mm Sinskey II lens hook with an angled push‑pull Kuglen iris hook. The dual‑geometry configuration enables seamless transition between lens manipulation and iris sweeping, supported by a balanced round handle for rotational precision.
This 21‑gauge Sisler lacrimal trephine is a sterile disposable instrument designed for canalicular and lacrimal duct work. The small gauge and precision cutting ring enable selective tissue removal in confined periocular anatomy. Single‑use sterility eliminates the risk of blade dulling from prior cases, ensuring reliable performance in delicate lacrimal procedures.
Skeele chalazion curettes evacuate the contents of a meibomian cyst once the lid has been everted. The 2mm serrated cup scrapes residual material from the cyst wall, and the straight 31mm shaft reaches comfortably across the everted tarsus. A flat handle resists rolling, and the polished finish supports clean reprocessing between cases.
The Slade adjustable LASIK wire speculum provides variable eyelid retraction with integrated aspirating capability for intraoperative field management. Its wire construction enables precise adjustment to patient-specific anatomy during flap creation, while the combined aspirating feature removes fluid and debris without interrupting surgical workflow. Reusable stainless steel supports multiple refractive cases.
The Slade adjustable LASIK speculum uses a nasal‑approach wire frame shaped to accommodate the suction ring of a microkeratome. The adjustable spread lets the surgeon tune lid retraction to each patient and to the keratome footprint during flap creation. Wire construction minimizes profile and keeps the surgical field free of obstruction.
Engineered for femtosecond cataract workflows, the Slade hydrodissection cannula features a 23ga shaft that vaults from the bend to clear the corneal incision lip. A vertically flattened tip directs posterior flow beneath the anterior capsule, encouraging clean cortical‑capsular cleavage after laser pre‑treatment. Its 14mm working length and 38mm overall length give predictable reach through clear corneal entry.
The Slade femtosecond spatula is designed to open main sideport incisions created by femtosecond laser-assisted cataract surgery (FLACS). Its vaulted shaft and flattened tip provide precise, atraumatic spreading without corneal endothelium trauma during flap or sideport enlargement. The specialized geometry supports controlled access from initial laser-defined corneal architecture.
This Slade LASIK cannula is a 26‑gauge device with a 9mm vaulted shaft and spatulated tip for corneal interface navigation. The single front port aids in controlled fluid delivery near the flap interface.
This Slade LASIK cannula features a 26ga shaft with a 9mm vaulted segment, a spatulated tip, and a single front port to support uniform flushing beneath the LASIK flap.
The Slade LASIK cannula is engineered specifically for flap hydration and epithelial fluid management during keratorefractive surgery. Its unique spatulated tip with single top port delivers irrigation without lifting the corneal flap, while the 9mm vaulted shaft maintains consistent height above the anterior surface. The 26ga geometry offers precise flow control.
The Slade LASIK cannula provides focused anterior irrigation for PRK and LASIK procedures with a 27-gauge spatulated tip geometry that permits lateral fluid distribution across the ablation zone. The 9mm vaulted shaft maintains clearance from the corneal surface, while the single front port concentrates fluid flow at the surgical interface.
This Slade LASIK cannula uses a 27ga 9mm vaulted shaft with a spatulated single‑port tip to deliver controlled irrigation beneath corneal flaps during LASIK procedures.
This Slade retreatment spatula uses semi‑sharp edges and a flat handle to support flap lifting and epithelial separation during retreatment procedures. The spatula geometry provides controlled interface access for mechanical elevation without excessive tissue distortion.
The Slade flap spatula's angled vaulted design with 13mm round tip supports gentle LASIK or PRK flap manipulation and repositioning. The round tip geometry minimizes epithelial trauma while the vaulted design protects underlying stroma during corneal procedures.
Slade‑style LASIK speculums feature 15mm round wire blades configured for the temporal approach common in refractive surgery. The low‑profile wire blades minimize obstruction of the microkeratome or femtosecond docking interface. Open wire geometry also reduces contact pressure on the globe during flap creation.
This 2.4mm angled disposable slit knife with a full handle creates the main phaco or implant incision at a moderately narrow gauge, suited to micro‑coaxial cataract platforms. The single‑use sterile blade preserves first‑pass sharpness, and the full handle supports steady control.