Corvis STL
Biomechanics
Corvis STL is an innovative biomechanical system that measures the mechanical properties of the cornea and provides high-precision Scheimpflug imaging. It supports early detection of keratoconus, assessment of glaucoma risk, and improved planning of refractive surgery.
Corvis STL
OCULUS
The Corvis STL system combines corneal biomechanical analysis with Scheimpflug imaging, offering a unique opportunity to obtain both structural and functional data simultaneously. It measures the cornea’s response to an air puff, assessing its elasticity and stability, which is crucial for the early detection of keratoconus, evaluation of glaucoma risk, and safe planning of refractive surgery.
Detailed information
Oculus Corvis® ST — Corneal Biomechanical Analysis and Integrated Tonometry
The Oculus Corvis® ST is an advanced ophthalmic device designed for precise assessment of corneal biomechanical properties and integrated tonometry.
With high-speed Scheimpflug imaging and digital visualization, it provides detailed insights into corneal elasticity, stability, and structural changes.
The Corvis® ST enables early glaucoma diagnosis, keratoconus detection, and postoperative corneal surgery monitoring.
Easily integrated into clinical workflows, it enhances diagnostic efficiency and improves patient care quality.
The Oculus Corvis® ST is the ideal choice for modern ophthalmic clinics and research institutions.
Oculus Corvis® ST – Corneal Biomechanical Analysis and Non-Contact Tonometry
The Oculus Corvis® ST is an advanced ophthalmic diagnostic system that integrates corneal biomechanical analysis with highly accurate non-contact tonometry.
Using ultra-high-speed Scheimpflug technology, the device captures more than 4,000 frames per second to visualize the corneal deformation in response to an air puff. This innovative approach provides reliable data on corneal elasticity, stiffness, and structural properties.
The Corvis® ST is a vital tool for early glaucoma detection, keratoconus diagnosis, and postoperative monitoring of corneal surgeries. Its biomechanically corrected intraocular pressure (IOP) measurement ensures greater accuracy compared to conventional tonometry methods.
With its fast and non-invasive examination process, the Corvis® ST improves both patient comfort and clinical workflow efficiency. Its advanced software platform delivers automated analysis, intuitive data interpretation, and seamless integration with electronic medical record (EMR) systems.
All these features make the Oculus Corvis® ST the ideal choice for modern ophthalmic clinics and research institutions aiming to deliver precise diagnostics and high-quality patient care.
