This Combined Synopsis/Solicitation opportunity from Department Of Health And Human Services was posted on September 9, 2026. The submission period has ended. Browse the details below for market research, or find similar active opportunities.
Transscleral Flood Illumination (TFI) add-on module for the rtx1 Adaptive Optics Retinal Camera
Contract Overview
Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.
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AI Contract Overview
This contract is for the procurement of a Transscleral Flood Illumination (TFI) add-on module designed for the rtx1 Adaptive Optics Retinal Camera. Issued by the National Institutes of Health Olao under the Department of Health and Human Services, the module is intended to expand imaging capabilities to allow for the investigation of retinal anatomy, pathology, and therapy at a microscopic scale. This technology enables the visualization of small retinal structures typically invisible in standard adaptive optics images, which is critical for monitoring ocular disease progression at a cellular level. The solicitation, numbered 75N98026Q01182IMAGINEOPTIC, was posted on September 9, 2026, with a response deadline of September 18, 2026. The project falls under NAICS code 423490 and will be performed in Bethesda, Maryland. There are no set-asides associated with this combined type contract, and the primary point of contact is Vishnuvajjala Hanumanth Rao.
General Info
Place of Performance
Bethesda, MD, 20892, USASet-Aside
Timeline
Submission Closed
Organization & Contact Information
Full Description
1: Transscleral Flood Illumination (TFI) add-on module for the rtx1 Adaptive Optics Retinal Camera
2: The Transscleral flood illumination module for the rtx1 extends the imaging capability of the
rtx1 Adaptive Optics camera. It provides a tool for investigating retinal anatomy, pathology and
therapy at the microscopic scale beyond photoreceptors. This technology enables visualization of
small retinal structures that are usually invisible in adaptive optics images. This technology
could prove helpful in clinical trials and demonstrate capability in monitoring the progression of
various ocular diseases at a cellular level before significant damage sets in
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