Visionix
Non-contact 3D Optical Measurement Systems
Company Overview
Snapshot
Founded in December 1993, Visionix operates with 51–200 employees. The company was acquired by Revenio Group in June 2026, marking a significant exit in the Health Tech & Life Sciences sector.
Business overview
Visionix develops non-contact 3D eye-measurement systems for eye care professionals and laboratories. The company's core technology is based on proprietary Wavefront technology, which enables detailed analysis of the lens, eye, and other optical systems to identify and quantify higher-order optical aberrations. Visionix has also miniaturized this technology for integration into various instruments, aiming for broad accessibility and affordability. Operating in the Health Tech & Life Sciences sector, Visionix distributes its products globally through direct sales and a network of partners, serving markets in the United States, Canada, and China.
Strategic signal
In June 2026, Visionix was acquired by Revenio Group. This acquisition signals a strategic consolidation within the ophthalmic device market, with Visionix's specialized Wavefront technology likely enhancing Revenio Group's product portfolio and market reach. For investors, this demonstrates the continued value and demand for advanced diagnostic solutions in eye care.
Log in to access full profile ›Company Intelligence Q&A
- What is Visionix's primary focus?
- Visionix develops non-contact 3D eye-measurement systems for eye care professionals and laboratories, utilizing its proprietary Wavefront technology for detailed optical analysis.
- When was Visionix founded?
- Visionix was founded in December 1993.
- What is Visionix's employee count?
- Visionix operates with 51–200 employees.
- Which company acquired Visionix?
- Visionix was acquired by Revenio Group in June 2026.
- What is the core technology behind Visionix's products?
- Visionix's systems are based on its proprietary Wavefront technology, which enables the analysis of the lens, eye, and other optical systems to identify and quantify higher-order optical aberrations.