Wasatch Photonics’ high throughput design extends depth of view further at 1300 nm by providing high sensitivity and excellent SNR for scattered light from deep tissues. This translates into superior clarity at greater imaging depths for applications like anterior segment imaging.
Our industry leading Cobra SWIR spectrometer reduces the tradeoff between imaging depth and clarity using a proprietary high throughput design, thus maximizing the quality of data from features at greater depths and larger scattering angles. The deep tissue penetration achieved is optimal for fundamental research, pharmaceutical testing, and treatment and diagnosis in ophthalmology, dermatology, and angiography, as well as for intravascular imaging.
Cobra 1300 short wave infrared spectrometers can be used for OCT imaging in the 950-1450 nm range in research, industrial and OEM solutions.
The Cobra 1300 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).
Compatible with Wasatch Photonics’ SDKs for rapid data access in development environments (e.g., C++, LabVIEW, MATLAB).
Cross-section of entire anterior chamber of human eye. The image showing cornea on the top, followed by iris and crystalline lens was acquired using an ultra-deep penetration model of the Cobra 1300 OCT spectrometer.
Close-range OCT angiography image of a healthy mouse ear, taken with a Cobra 1300 OCT spectrometer. The image below shows the same ear post-tumor growth.
Cross-section image of outside of human middle finger taken using a Cobra 1300 OCT spectrometer showing different layers of skin.
