Wasatch Photonics’ low roll-off, high speed Cobra 1050 allows you to image diverse structures in scattering media – penetrating deeper than 800 nm, and at better resolution than 1300 nm. From cornea to choroid, we’ll help you reveal the eye’s mysteries.
We’ve reinvigorated this versatile imaging wavelength, adapting our proprietary high throughput design to the most cost-effective, high-performance camera available to deliver detailed images at high retinal scan speeds. Ideal for choroidal imaging, the Cobra 1050 also provides sufficient resolution to study the anterior segment and other structures with a single system. It also offers the speed and phase stability needed to image vascularization of the choroid for research or guided photocoagulation therapy, and the flexibility to reduce scan speed for optimum sensitivity.
The Cobra 1050 OCT spectrometer offers superior roll-off performance, as can be seen in this comparison of signal with imaging depth.
Compatible with Wasatch Photonics’ SDKs for rapid data access in development environments (e.g., C++, LabVIEW, MATLAB).
Retinal image acquired using spectral-domain OCT at 1050 nm. The longer wavelength allows deeper penetration in the tissue allowing clearer visualization of choroid. The system retains simplicity associated with spectral-domain technology.
OCT cross-section of optic nerve from human volunteer acquired using 1050 nm. Longer wavelength allows deeper penetration and extended depth of imaging allowing clear visualization of optic nerve anatomy.
