
HPMC
Redefine corneal endothelial safety with Sure Visc, a next-generation portfolio of dispersive HPMC viscosurgical devices. Experience unmatched tissue coating and high-adhesiveness against intense phacoemulsification energy.
HPMC
Redefine corneal endothelial safety with Sure Visc, a next-generation portfolio of dispersive HPMC viscosurgical devices. Experience unmatched tissue coating and high-adhesiveness against intense phacoemulsification energy.

Protect delicate ocular tissues and enhance surgical precision with Sure Visc, our flagship portfolio of advanced Hydroxypropyl Methylcellulose (HPMC) Ophthalmic Viscosurgical Devices (OVDs). Formulated from ultra-pure, medical-grade HPMC, the Sure Visc range provides surgeons with an exceptional dispersive barrier tailored for the demanding high-flow environment of modern cataract extraction and intraocular lens (IOL) implantation.
Targeted Concentrations for Advanced Cell Shielding
To accommodate varied surgical preferences and procedural flow rates, the Sure Visc portfolio offers two precision-engineered concentrations:
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Sure Visc 2.0%: The global gold standard for HPMC viscosurgery, offering a perfect balance of smooth flow dynamics, stable tissue partitioning, and long-lasting endothelial protection.
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Sure Visc 2.4%: An enhanced high-viscosity dispersive formulation designed to provide a thicker, highly resilient macromolecular coating, ideal for complex or prolonged procedures requiring maximum phaco-emulsification protection.
Key Clinical Benefits
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Advanced Endothelial Protection: Sure Visc exhibits superior dispersive properties and high surface affinity. It effectively adheres to and coats the fragile corneal endothelium, acting as a physical cushion that absorbs acoustic and mechanical shockwaves during intense phacoemulsification.
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Unmatched Optical Clarity: HPMC features a refractive index that perfectly mimics natural ocular fluid. Sure Visc guarantees a crystal-clear, distortion-free view of the surgical field under the microscope throughout the entire procedure.
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Excellent Retention under High Flow: Unlike cohesive agents, the dispersive nature of Sure Visc allows it to remain securely in place along the corneal wall even during aggressive fluidics and high-vacuum irrigation/aspiration.
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Favorable Safety Profile: Known for its superb biocompatibility, Sure Visc carries an exceptionally low risk of post-operative Intraocular Pressure (IOP) spikes, ensuring a safe and predictable recovery window for patients.
Uncompromising Quality & Global Compliance
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Sterile & Non-Pyrogenic: Manufactured under strict quality control to eliminate any risk of intraocular inflammation (TASS).
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Smooth Delivery Presentation: Supplied in ready-to-use, ergonomic pre-filled syringes featuring smooth-pliding plungers.
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Export-Ready Regulatory Standards: Backed by CE-certification and global quality protocols, making it fully ready for rapid international regulatory approvals and distribution.
HPMC Products
Explore a curated range of high-quality medical products engineered for precision, reliability, and consistent clinical performance across modern healthcare environments.
2 products available

Sure Visc 2.4%
Sure Visc 2.4% represents the pinnacle of our HPMC-based OVD portfolio. Engineered with premium high-quality European raw materials, this enhanced dispersive OVD is specifically formulated to provide a robust physical barrier during high-energy phacoemulsification. When the complexity of the case increases, Sure Visc 2.4% delivers the structural reliability surgeons trust for maximum tissue protection.

Sure Visc 2%
Formulated from high quality european raw material hydroxypropylmethylcellulose (HPMC) delivers dependable chamber stability and endothelial protection during anterior segment procedures. Trusted by surgeons worldwide

Advancing Healthcare ThroughPrecision & Innovation
Discover world-class ophthalmic solutions, trusted medical products, and seamless procurement support designed to elevate clinical outcomes across hospitals, clinics, surgical centers, and healthcare institutions.
