Posts on this page of our Blog relate to products and information from Light Conversion.
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If you work with applications for cutting organic light emitting diodes (OLEDs), silicon, or brittle materials, then you will be interested in this versatile laser. The Light Conversion CARBIDE femtosecond, UV module combines these key parameters: 343 nm wavelength (for specific wavelength-dependent absorption of the material or smaller attainable beam size at the focus) 30 … Continue reading
Many industrial micro-processing applications that use femtosecond lasers have been developed in a variety of sectors, including medical and semiconductors. To access new large-scale applications such as surface texturing, however, robust industrial-grade beam shaping solutions need to be combined with femtosecond lasers. Cailabs and Light Conversion have developed a partnership to demonstrate the quality and … Continue reading
A research team converted a Light Conversion PHAROS Yb laser to a tuneable ultrafast, deep ultraviolet source (208 nm to 306 nm) at µJ-level and high repetition rate, in a very compact setup. A published paper, entitled “Efficient and compact source of tuneable ultrafast deep ultraviolet laser pulses at 50 kHz repetition rate,” describes this experiment. … Continue reading
The first proof-of-concept experiment on stretching, amplification, and compression of chirped pulses in an optical parametric amplifier (OPA) was demonstrated in 1992. This experiment was performed by a Vilnius University research group led by Light Conversion co-founder Prof. Algis Petras Piskarskas. In the 1970s Prof. Gérard Mourou and Prof. Donna Strickland invented a “method of … Continue reading
Light Conversion is celebrating the production of the 2000th PHAROS femtosecond laser. The celebration marks a long journey of continuous development of the company‘s first femtosecond laser. The first PHAROS laser was introduced at the Laser World of Photonics, Munich tradeshow in 2006. Back then, PHAROS featured an average power of 4 W and pulse energy … Continue reading
A research team has demonstrated that non-amplified femtosecond laser systems delivering 40–500 pJ individual pulses are sufficient for inducing localized cross-linking reactions within hundreds of nanometers in cross sections of non-photosensitized polymers. This experimental work is of high importance for the fundamental understanding of laser-enabled nanoscale 3D additive manufacturing. This research also widens the technology’s field of applications where … Continue reading