Key Takeaways OnPoint Vision has advanced its AccuraSee IOPCL MAG into phase 2 clinical trials following completion of a successful early feasibility study in the US The investigational lens is designed to improve near vision in pseudophakic patients with inactive AMD by providing targeted magnification through a specialized central optical zone Originally developed for post-cataract refractive correction, the IOPCL platform is evolving into a broader solution for vision enhancement OnPoint Vision has announced the expansion of its approved Investigational Device Exemption (IDE) study to initiate phase 2 of its pivotal clinical trial evaluating the AccuraSee Intraocular Pseudophakic Capsular Lens (IOPCL) Magnifier (MAG). The study will assess the safety and effectiveness of the IOPCL MAG when used as a secondary implant in the capsular bag of patients who already have a 6mm acrylic posterior chamber IOL. The device is specifically designed for pseudophakic patients with low vision due to inactive age-related macular degeneration (AMD), at least 6 months following cataract surgery. The AccuraSee IOPCL MAG features a neutral optic (plano power) design with a central +10.0 diopter, 1.8mm optical zone. This configuration is intended to provide magnification of near images when implanted unilaterally, potentially improving functional vision in patients with limited treatment options. The advancement to phase 2 follows the successful completion of a First-in-Human (FIH) study conducted in the United States under a separate Early Feasibility Study (EFS) IDE. According to the company, enrollment and patient follow-up for the EFS study have been completed, and the study has been officially closed. “This milestone reflects our continued commitment to addressing unmet needs in patients with vision loss due to AMD,” said Kevin J. Cady, CEO and President of OnPoint Vision. “We are encouraged by the progress to date and look forward to advancing clinical validation of this novel approach.” Founded in 2019, OnPoint Vision's IOPCL platform was originally designed to correct residual refractive errors following cataract surgery but has since evolved into a versatile system with broader applications in pseudophakic vision correction.
