New products, new developments

F-theta lenses are extensively utilized in laser materials processing and find applications in various scanning systems.

Lasers in the deep ultraviolet (DUV) range have become essential in electronics manufacturing, allowing for the creation of structures that are at the…

Introducing our state-of-the-art Large Telecentric Lenses, designed to revolutionize display processing with unmatched precision, superior…

Sill Optics is part of the research project QEED (funding code QEED 13N16379) of the responsible project sponsor VDI Technologiezentrum.

During the last few years, the performance of our computers has increased while their size has been reduced. But there is a physical limit on this…

Despite the rapid development of modern lasers, the Gaussian intensity distribution often leads to problems especially in laser material processing.…

Because of the dispersion of white light which consists of all wavelengths in the visible range lenses for such color applications must be specially…

Sill Optics is responding to the increased demand for C-mount lenses for large sensors with a new series of telecentric lenses. 

Sill Optics has developed a 2x magnifying telecentric lens with large aperture and integrated liquid lens for focus adjustment.

Sill Optics has been developing and producing telecentric imaging lenses for over 40 years.

Funds advised by Deutsche Private Equity DPE have acquired a majority stake in Sill Optics GmbH & Co. KG, Wendelstein.

Scan Lenses for additive manufacturing.

During process observation within VIS spectrum, chromatical aberrations occur caused by the difference in laser and observation wavelength.

The thermal focus shift is typically a problem caused by optical glass lenses.

In general the rule in optics is that a large image sided NA means a small minimum spot size. So steeply focused, diffraction limited beams result in…