Description

The HOYA Vivinex iSert XC1 CLEAR is a sophisticated intraocular lens (IOL) designed to enhance visual outcomes in cataract surgery. This monofocal lens is crafted from glistening-free hydrophobic acrylic, ensuring long-term clarity and durability. Its aspheric optic design is tailored to partially compensate for corneal spherical aberration, providing improved image quality and reducing visual disturbances.

Key Features

• UV Protection: Equipped with a UV filter, the lens offers essential protection against ultraviolet light, safeguarding the eye post-surgery.
• Optic Design: The lens features a sharp, textured optic edge that minimizes posterior capsule opacification (PCO), maintaining clear vision over time.
• Haptic Stability: The textured-rough haptic surface ensures stable positioning within the capsular bag, enhancing surgical outcomes.

Dimensions and Power

• Optic Diameter: 6.00 mm
• Overall Length: 13.00 mm
• Power Range: Available from +6.00 to +30.00 diopters in 0.50 D increments, accommodating a wide range of visual needs.

Implantation System

The lens is preloaded in the Vivinex™ iSert® injector system, facilitating a smooth and efficient implantation process. The injector's design supports micro-incision cataract surgery (MICS) with a recommended incision size of 2.20 mm, promoting minimally invasive surgical techniques.

Optimized Constants

For precise lens power calculation, the HOYA Vivinex iSert XC1 CLEAR provides optimized constants across various formulas, including Haigis, Hoffer Q, Holladay 1, and SRK/T, ensuring accurate refractive outcomes.

Professional Use

This IOL is intended for single-use implantation by healthcare professionals, replacing the natural lens to restore vision clarity. Comprehensive instructions are provided to guide its use, highlighting indications and contraindications to ensure patient safety and satisfaction.

The HOYA Vivinex iSert XC1 CLEAR stands out as a reliable choice for ophthalmic surgeons, offering advanced technology and ease of use to achieve optimal visual restoration for patients undergoing cataract surgery.