Capsulaser develops a laser technology that creates tear-resistant capsulotomies during cataract surgery, ensuring consistent precision in size and centration. This solution addresses the challenge of capsulotomy complications, enhancing surgical outcomes and efficiency for ophthalmic procedures.
Funding
$6.7M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Manual capsulotomies performed during cataract surgery can result in inconsistent size, shape, and centration, leading to potential complications such as increased risk of capsular tears and suboptimal intraocular lens (IOL) placement. These inconsistencies can negatively impact surgical outcomes and overall efficiency.
Solution
Capsulaser offers a laser-based system designed to create precise and tear-resistant capsulotomies during cataract surgery. The CAPSULaser delivers laser energy in a continuous manner, which avoids creating tissue bridges. This approach ensures consistent capsulotomy size (adjustable from 4.0mm to 5.5mm in 0.1mm increments) and centration, leading to improved IOL coverage and reduced risk of complications. The resulting capsulotomy rim exhibits enhanced elasticity and tear resistance due to its rolled-over edge and smooth collagen profile. The system integrates seamlessly into existing surgical workflows, mounting directly onto the operating microscope and eliminating the need to move the patient during the capsulotomy procedure.
Target Audience
The primary target audience includes cataract surgeons and ophthalmic surgeons seeking to improve the precision and consistency of capsulotomies performed during cataract surgery.
Features
- Selective laser technology for creating anterior capsulotomies
- Continuous laser energy delivery to prevent tissue bridges
- Adjustable capsulotomy size from 4.0mm to 5.5mm in 0.1mm increments
- Creates an elastic capsulotomy rim resistant to tearing
- Ergonomic design for seamless integration with surgical microscopes
- Non-invasive procedure with improved visualization
- Cost and time-effective solution for creating consistent capsulotomies