Apparatus for optical frequency domain tomography with adjusting system

A system for adjusting an apparatus for imaging of objects by applying optical frequency domain tomography provided with

• at least one device for spectral analysis of a light beam with a dispersion device,
• a set of optical elements,
• a detection device of the spectrum, the detection device consisting of a single line of detectors, and
• an automatically controlled device configured to cause a relative angular displacement between at least one photosensitive element of the detection device and the spectrum image perpendicular to a propagation direction of the resultant light beam,
• the automatically controlled device further comprising at least one actuator acting to angularly displace at least one photosensitive element of the detection device wherein
• movement of the actuator causes the relative angular displacement between the at least one photosensitive element of the detection device of the spectrum and the spectrum image.

A method for imaging of objects and a method for adjusting apparatus for optical frequency domain tomography provided with

• a generating device emitting a light beam with a defined spectrum,
• a means for splitting the light beam into at least one object light beam and at least one reference light beam,
• a device forming a resultant light beam from the at least one object light beam and the at least one reference light beam,
• an adjusting system,
• at least one device for spectral analysis of the resultant light beam and having a dispersion device for splitting the resultant light beam into a spectrum of the resultant light beam,
• a set of optical elements for forming or directing the resultant light beam and
• a detection device of the spectrum with at least one photosensitive element for registering the spectrum of resultant light beam, the detection device consisting of a single line of detectors,
• wherein the at least one photosensitive element of the detection device of the resultant light beam and an image of the spectrum are angularly displaced relative to each other in a plane perpendicular to a propagation direction of the resultant light beam using at least one actuator acting to angularly displace at least one photosensitive element of the detection device.