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- General ophthalmic imaging including retinal, corneal, and external imaging. . - Photodocumentation of pediatric ocular diseases including retinopathy of prematurity (ROP). ♥ - Screening for Type 2 pre-threshold retinopathy of prematurity (ROP) (zone 1, stage 1 or 2, . without plus disease, or zone 2, stage 3, without plus disease) or treatment-requiring ROP, defined as Type 1 ROP (zone 1, any stage, with plus disease; zone 1, stage 3 without plus disease; or Zone 2, stage 2 or 3, with plus disease) or threshold ROP (at least 5 contiguous or 8 non-contiguous clock hours of stage 3 in zone 1 or 2, with plus disease)* in 35-37 week postmenstrual infants.

The RetCam 3 Ophthalmic Imaging System utilizes a digital camera in a handpiece with multiple field of view lenses to capture color ophthalmic digital images including retinal, corneal, and external images. An on board computer is used to store, view, retrieve, and export the digital ophthalmic images. A standard Halogen light source is used to provide illumination to the eye through the handpiece. An optional Xenon light source is also available with the RetCam 3 to facilitate imaging with fluorescein angiography. Light intensity, camera focus, and image capture are controlled by the use of a RetCam 3 footswitch and can also be controlled by a keyboard on the RetCam 3 consoles. A console monitor is provided with the RetCam 3 for viewing images. Proprietary software is installed in the computer to capture, store, view, retrieve, and export ophthalmic images. A device modification to the RetCam 3 is being made to replace the Xenon light source module with an LED light source module. Third party testing has been performed and formal certification has been obtained verifying compliance with the applicable IEC 60601 electrical safety and electromagnetic compatibility standards. Bench testing has verified comparable safe maximum light irradiance output of the Xenon and LED light source modules. Bench testing has verified comparable fluoresce dye responses to the Xenon and LED light sources.

Each and all above listed RetCam Systems are indicated for: - General ophthalmic imaging including retinal, corneal, and external imaging; . - Photodocumentation of pediatric ocular diseases including retinopathy of prematurity (ROP). . - Screening for Type 2 pre-threshold retinopathy of prematurity (ROP) (zone 1, stage 1 or 2, . without plus disease, or zone 2, stage 3, without plus disease) or treatment-requiring ROP, defined as Type 1 ROP (zone 1, any stage, with plus disease; zone 1, stage 3 without plus disease; or zone 2, stage 2 or 3, with plus disease) or threshold ROP (at least 5 contiguous or 8 non-contiguous clock hours of stage 3 in zone 1 or 2, with plus disease)* in 35-37 week postmenstrual infants.

RetCam Ophthalmic Imaging Systems utilize a digital camera in a handpiece with multiple field of view lenses to capture color ophthalmic digital images including retinal, corneal, and external images. An on board computer (RetCam II and RetCam 3) or laptop computer (RetCam Shuttle and RetCam Portable) is used to store, view, retrieve, and export the digital ophthalmic images. A standard Halogen light source is used in all RetCam configurations to provide illumination to the eye through the handpiece. An optional Fluorescein light source is also available with the RetCam II and RetCam 3 configurations. Light intensity, camera focus, and image capture are controlled by the use of a footswitch on all configurations and can also be controlled by a keyboard on the RetCam II and RetCam 3 consoles. Console monitors are provided with the RetCam II and RetCam 3 configurations for viewing images. The laptop monitor is used for viewing images with the RetCam Shuttle and RetCam Portable. Proprietary software is installed on the computers to capture, store, view, retrieve, and export ophthalmic images.

The RetCam Portable Ophthalmic Imaging System is indicated for general ophthalmic imaging including retinal, corneal and external imaging.

The RetCam Portable Imaging System is designed to quickly and easily capture wide field, digital images and videos of the eye. The optional hard side or soft side packaging allows for easy transport from one location to another within or outside the hospital or clinic. The reduced packaging dimensions enhance the ease of use in confined space situations.