Product

Blizzard SR

High performance spectrometer for visible-light OCT

Blizzard SR was designed to meet critical performance requirements for high quality vis-OCT imaging research, currently unmet by commercially available spectrometers. In collaboration with Prof. Hao F. Zhang, a founding pioneer of vis-OCT, Opticent Health has designed a best-in-class spectrometer with superior roll-off performance, high signal-to-noise ratio and ideal point spread function. Blizzard SR will empower researchers to fully realize the benefits of vis-OCT imaging, including better resolution of anatomical structures and improved homogeneity of spectra quality over different imaging depths to provide accurate functional information.

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Related research

High-Speed Balanced-Detection Visible-Light Optical Coherence Tomography in the Human Retina Using Subpixel Spectrometer Calibration

Aurora X4

Visible-light OCT for human clinical research (investigative device)

The Aurora X4 research system is a free-standing OCT imaging platform that offers a full complement of hardware and software for the imaging of the human eye in a clinical setting. Our instrument includes pupil monitoring and a NIR scanning laser ophthalmoscope for faster patient alignment and imaging. The software can be adapted to various research applications, including variety of segmentation algorithms, functional calculations of, for example, retinal oxygen saturation and neural synaptic dropouts, and different morphological measurements.

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Related research

In Vivo Sublayer Analysis of Human Retinal Inner Plexiform Layer Obtained by Visible-Light Optical Coherence Tomography

Halo 375

Revolutionize your ophthalmic research with the world’s first visible-light OCT and multicolor cSLO system for small animals

The Halo 375 research system is a free-standing vis-OCT and cSLO imaging platform for imaging eyes in small animals, including mouse, rat, and tree shrew. The optical design provides for the addition of multiple modules for specific applications, including a corneal imaging module and multiple choices of excitation lasers. Halo 375 OCT can be configured to provide up to two fluorescence channels in cSLO, providing flexibility to meet specific research needs.

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HaloC 375

Revolutionize your ophthalmic research with the world’s first visible-light optical coherence tomography for small animal anterior segment imaging.

The Opticent HaloC 375 research system is a free-standing visible-light optical coherence tomography (vis-OCT) imaging platform for imaging the anterior segment of the eyes in small animals (e.g., mice and rats). The optical design provides for the addition of multiple modules for specific applications, higher resolution lens assembly for microscopic imaging, or standard lens assembly for a balance between field of view, imaging depth, and lateral resolution. HaloC 375 can be configured to be operated on a stationary or programmable mobile platform based on a small-footprint robotic arm.