OPTICAL COHERENCE TOMOGRAPHY SYSTEMS COMPRISED

Brand	Owner (click to sort)	Address	Description
ATRIA	THORLABS, INC.	43 Sparta Avenue Newton NJ 07860	Optical Coherence Tomography Systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, optical sensors, and downloadable software for analyzing digital images; Optical Coherence Tomography systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical Coherence Tomography systems comprised of light sources in the nature of superluminescent diodes, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical scanners for high-speed beam steering used in Optical Coherence Tomography systems; Scan Lens kits designed for beam steering scanners as used in Optical Coherence Tomography comprising scan lenses, illumination tubes, and optical reference length adjusters; Light sources in the nature of superluminescent diodes for use in Optical Coherence Tomography systems;
CALLISTO	THORLABS, INC.	43 Sparta Avenue Newton NJ 07860	Optical Coherence Tomography Systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, optical sensors, and downloadable software for analyzing digital images; Optical Coherence Tomography systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical Coherence Tomography systems comprised of light sources in the nature of superluminescent diodes, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical scanners for high-speed beam steering used in Optical Coherence Tomography systems; Scan Lens kits designed for beam steering scanners as used in Optical Coherence Tomography comprising scan lenses, illumination tubes, and optical reference length adjusters; Light sources in the nature of superluminescent diodes for use in Optical Coherence Tomography systems;
GANYMEDE	THORLABS, INC.	43 Sparta Avenue Newton NJ 07860	Optical Coherence Tomography Systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, optical sensors, and downloadable software for analyzing digital images; Optical Coherence Tomography systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical Coherence Tomography systems comprised of light sources in the nature of superluminescent diodes, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical scanners for high-speed beam steering used in Optical Coherence Tomography systems; Scan Lens kits designed for beam steering scanners as used in Optical Coherence Tomography comprising scan lenses, illumination tubes, and optical reference length adjusters; Light sources in the nature of superluminescent diodes for use in Optical Coherence Tomography systems;
TELESTO	THORLABS, INC.	43 Sparta Avenue Newton NJ 07860	Optical Coherence Tomography Systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, optical sensors, and downloadable software for analyzing digital images; Optical Coherence Tomography systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical Coherence Tomography systems comprised of light sources in the nature of superluminescent diodes, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical scanners for high-speed beam steering used in Optical Coherence Tomography systems; Scan Lens kits designed for beam steering scanners as used in Optical Coherence Tomography comprising scan lenses, illumination tubes, and optical reference length adjusters; Light sources in the nature of superluminescent diodes for use in Optical Coherence Tomography systems; all of the foregoing solely for medical use;
VEGA	THORLABS, INC.	43 Sparta Avenue Newton NJ 07860	Optical Coherence Tomography Systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, optical sensors, and downloadable software for analyzing digital images; Optical Coherence Tomography systems comprised of optical scanners, light sources in the nature of superluminescent diodes, scan lenses, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical Coherence Tomography systems comprised of light sources in the nature of superluminescent diodes, light detectors, data acquisition electronics for the input, output, transmission and storage of data, and downloadable software for image formation and processing; Optical scanners for high-speed beam steering used in Optical Coherence Tomography systems; Scan Lens kits designed for beam steering scanners as used in Optical Coherence Tomography comprising scan lenses, illumination tubes, and optical reference length adjusters; Light sources in the nature of superluminescent diodes for use in Optical Coherence Tomography systems;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A high-speed optical delay generating method by a rotation reflector in optical coherence tomography, capable of providing a sectional picture with a sufficiently long depth-direction (Z direction) scanning distance, and an optical coherence tomography device therefor are provided. The device comprises a low-coherence light source (1), a half mirror (2) for splitting light from the low-coherence light source (1) into two, that is, into object light towards an object (A) to be examined and reference light, a light delay mechanism (3) for delaying the reference light by means of a rotation reflector (12), a fixed mirror (4) for reflecting/returning the reference light from the light delay mechanism (3), the half-mirror (2) for combining the object light returning from the object (A) to be examined with the reference light returning from the light delay mechanism, and a light detector (11) for detecting interference light including a heterodyne interference beat signal combined at the half mirror (2).