Bausch + Lomb launches EyeGility Inserter for enVista IOLs in U.S.

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Reviewed by
Anirudha BScanX News Team
Key Highlights

Bausch + Lomb Corporation announced the U.S. launch of the EyeGility Inserter, a preloaded IOL delivery system designed for the enVista family of IOLs. The device features balanced push force and one-handed operation to enhance surgical efficiency. The system is currently available for the enVista Aspire lens, with availability for the enVista Envy lens expected in the coming months.

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Bausch + Lomb Corporation has announced the U.S. launch of the EyeGility Inserter, a preloaded intraocular lens (IOL) delivery system designed to enhance surgical efficiency and precision. The device is specifically engineered for the enVista family of IOLs, offering ophthalmologists a tool to streamline cataract procedures. This launch marks a significant expansion of the company's surgical portfolio, aiming to improve patient outcomes through advanced delivery technology.

The EyeGility Inserter is characterized by its balanced push force, which facilitates smooth delivery of the IOL into the eye. Additionally, the system supports convenient one-handed operation, allowing surgeons to maintain stability and control during the implantation process. These features are designed to address the need for reliability and ease of use in the operating room.

Product Availability and Rollout

The initial rollout of the EyeGility Inserter focuses on the enVista Aspire lens, which is available immediately. Bausch + Lomb has outlined a phased approach for the product's broader application, with availability for the enVista Envy lens scheduled for the coming months. This strategy ensures that the technology meets specific clinical requirements across different lens models within the enVista family.

Key Features of the EyeGility Inserter

The system's design prioritizes surgical performance and handling. Below is a summary of its primary attributes:

Feature Description
Compatibility Designed for the enVista family of IOLs
Operation Convenient one-handed operation
Delivery Mechanism Balanced push force for smooth delivery
Current Availability Available now for enVista Aspire
Future Availability enVista Envy coming months

By introducing the EyeGility Inserter, Bausch + Lomb continues to innovate in the field of ophthalmic surgery, providing surgeons with tools that enhance procedural control and patient care.

Disclaimer: This article is AI-generated using data from ViewTrade. ScanX is not liable for any inaccuracies.

How will the EyeGility Inserter impact Bausch + Lomb's market share in the competitive IOL delivery system space?

What are the potential cost implications for hospitals and clinics adopting this new technology?

Could the phased rollout strategy delay broader adoption if early feedback on the enVista Aspire lens is mixed?

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Bausch + Lomb ends glaucoma drug development, shifts focus

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Reviewed by
Shriram SScanX News Team
Key Highlights

Bausch + Lomb Corporation discontinued its BL1107 topical eye drop for glaucoma after a Phase 2 study failed to meet primary and key secondary endpoints, though intraocular pressure reduction was observed. The company will shift focus to a sustained-release implant for geographic atrophy, leveraging technology from the 2025 acquisition of Whitecap Biosciences and a partnership with Ripple Therapeutics, with clinical trials expected to begin in 2028.

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Bausch + Lomb Corporation has discontinued the development of its BL1107 topical eye drop for glaucoma after the treatment failed to meet its primary endpoint in a Phase 2 study. The randomized, double-masked study enrolled 159 adults with primary open-angle glaucoma or ocular hypertension. It did not achieve the primary endpoint of change from baseline in visual field mean deviation at Day 28. Key secondary endpoints assessing visual function were also not achieved, though the study did show a reduction in intraocular pressure, indicating ocular target engagement. The safety profile remained consistent with prior clinical experience.

The company will now focus its resources on a sustained-release implant for geographic atrophy (GA), a vision-threatening disease, anticipating the start of clinical trials in 2028. This strategic pivot follows the acquisition of Whitecap Biosciences in 2025, which provided the technology platform for the implant. The company will continue collaborating with Ripple Therapeutics on the sustained-release implant. This technology platform allows drugs to be chemically engineered into controlled-release pharmaceuticals without polymers. Bausch + Lomb aims to develop the first small-molecule sustained-release implant specifically for GA, with multiple clinical and regulatory milestones expected over the coming years.

Pipeline Strategy

Bausch + Lomb's portfolio includes more than 60 assets under development. The company emphasizes a diversified pipeline strategy across Consumer, Pharmaceuticals, Surgical, and Vision Care segments to mitigate the risk inherent in drug development. Yehia Hashad, MD, executive vice president, R&D and chief medical officer, stated that success relies on a portfolio approach rather than single programs, allowing the company to make informed investment decisions based on clinical data.

Study Aspect Details
Study Name BL1107 Phase 2 Study
Condition Primary open-angle glaucoma or ocular hypertension
Patients Enrolled 159 adults aged 18 and older
Primary Endpoint Change from baseline in visual field mean deviation at Day 28
Result Did not meet primary endpoint
Secondary Endpoint Reduction in intraocular pressure at Day 28 (Met)
Disclaimer: This article is AI-generated using data from ViewTrade. ScanX is not liable for any inaccuracies.

How will the capital reallocation following the BL1107 discontinuation impact the timeline for the anticipated 2028 clinical trials of the geographic atrophy implant?

What specific competitive advantages does the polymer-free technology platform offer over existing sustained-release treatments currently in development for geographic atrophy?

Will the company pursue further analysis of the intraocular pressure reduction observed in the BL1107 study to identify potential alternative indications or formulations?

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