PAPERS

We have developed a self-correction algorithm capable of greatly reducing non-linearity errors in the scanning mechanism of 3D microscopy. The approach is computationally self-corrected in the [...]

We propose a method for increasing the speed of topographic imaging by orders of magnitude.

The contribution offered by this work is an increased understanding of imaging confocal microscopy measurement of metal additive surfaces, along with the establishment of good practice guidance [...]

We report the implementation of a technique able to reconstruct surface topographies at high resolution, only from the acquisition of a single camera shot, dropping the need to perform an axial [...]

We present an optical system that features a large numerical aperture (>0.3) and a wide field of view (2.9 x 2.9) mm, capable of measuring additive manufacturing parts in a single measurement, [...]

We modify a DMD-based optical profiler to enable lateral super-resolution of the image stack and explore how the quality of the 3D surface reconstruction can be improved.

We study how several methods of structured illumination microscopy affect the metrological characteristics of an areal optical profiler.

We try to measure the three dimensional surface texture and shape of aluminium anodized parts with high lateral resolution.

To prove the feasibility of the proposed approach for printing continuous lines free from scalloping and bulging with excellent definition.