Davicon Surgical, we manufacture a wide range of ophthalmic cannulas engineered for accuracy, safety, and reliability during delicate eye surgeries. These instruments play a crucial role in irrigation, aspiration, fluid injection, and tissue separation, ensuring smooth surgical performance in both anterior and posterior segment procedures.
Our ophthalmic cannulas are made from high-quality stainless steel tubing with precisely controlled diameters and smooth, polished surfaces for safe intraocular use. They are available in various gauge sizes, tip designs, and bend angles, allowing surgeons to choose the perfect fit for specific surgical needs.
Types of Ophthalmic Cannulas We Offer:
Irrigation Cannulas: For controlled fluid flow during anterior chamber procedures.
Aspiration Cannulas: Designed for removing fluids and debris safely.
Viscoelastic Cannulas: For precise injection of OVDs during cataract surgery.
Sub-Tenon’s Cannulas: Used for delivering local anesthesia in ophthalmic blocks.
Lacrimal Cannulas: For irrigation and probing of the nasolacrimal duct.
Blunt and Sharp Tip Cannulas: For varied tissue and fluid management needs.
Applications in Ophthalmic Procedures:
Cataract and phacoemulsification surgeries
Corneal and scleral hydration
Retinal and vitreoretinal procedures
Lacrimal duct probing and irrigation
Injection or aspiration of surgical fluids
Why Choose Davicon Surgical Ophthalmic Cannulas?
Produced by a quality surgical instrument company trusted by ophthalmic professionals worldwide.
Made from medical-grade stainless steel for strength and smooth fluid delivery.
Precision-engineered tips to minimize tissue trauma.
Available in various gauges, bends, and configurations.
Luer lock or slip fittings for secure syringe attachment.
Sterilizable and reusable, compliant with international medical standards.
At Davicon Surgical, our ophthalmic cannulas combine fine craftsmanship with advanced engineering to deliver consistent performance and surgeon confidence. Trusted globally, these instruments ensure precise control in every ophthalmic procedure—supporting accuracy, safety, and patient comfort.
