-
The difference between nanosecond laser, femtosecond laser and picosecond laser
Jun 21 , 2023
Since the laser’s pulse duration is smaller than the destination object’s conduction period, the ultra-short pulse laser provides innovative material processing opportunities. It effectively implies that cold processing of things is achievable, with substance taken out through sublimation. Such a vaporization processing approach has benefits that are impossible with conventional proced...
view more
-
DSH-355-40 UV laser-Photonics Industries (PI)
Jun 24 , 2023
DSH-355-40 UV laser-Photonics Industries (PI) Photonics Industries (PI), The Pioneer of Intracavity Solid-State Harmonic Lasers, has increased the pulse energy of its DSH Series UV ns laser to >1mJ. The DSH-355-40 laser is a compact, nanosecond UV@355nm laser utilizing patented intracavity UV generation with Total Pulse Control (e.g., individually triggered pulses on demand) to a...
view more
-
DSH Series UV Nano-second Laser With Increased Power-Photonics Industries (PI)
Jun 24 , 2023
DSH Series UV Nano-second Laser With Increased Power-Photonics Industries (PI) Photonics Industries (PI), a specialist in intracavity solid-state harmonic lasers, has increased the power of its DSH Series UV ns laser, the new DSH-355-28, to over 28 W at 50 kHz. PI has shipped this new 28 W UV laser to a major Asian integrator for high-speed PCB cutting. PI combines intracavity harmonic ...
view more
-
Unveiling the Exquisite Architecture of TCO/ITO Layers Through the Mastery of UV Laser
Jul 08 , 2023
Unveiling the Exquisite Architecture of TCO/ITO Layers Through the Mastery of UV Laser Adorning the realm of technological innovation, the intricate structuring of Transparent Conductive Oxide (TCO) and Indium Tin Oxide (ITO) layers has emerged as a celestial symphony of precision and finesse. Within this ethereal composition, the enigmatic radiance of the Ultra-Violet (UV) laser reigns sup...
view more
-
Revelations Unveiled: Mastering the Art of TCO/ITO Coating and Structuring with the Enigmatic UV Laser
Jul 08 , 2023
Revelations Unveiled: Mastering the Art of TCO/ITO Coating and Structuring with the Enigmatic UV Laser In the realm of cutting-edge technology, the world of transparent conductive oxide (TCO) and indium tin oxide (ITO) coating and structuring has emerged as an exquisite ballet of precision and finesse, guided by the otherworldly brilliance of the ultraviolet (UV) laser. This intriguing part...
view more
-
Why Laser Damage Testing is Critical for 355nm UV Laser Source Applications
Jul 14 , 2023
Why Laser Damage Testing is Critical for 355nm UV Laser Source Applications Laser Induced Damage Threshold (LIDT) defines the maximum quantity of laser radiation an optic can handle without damaging. It is one of the most important specifications to consider when integrating an optical component into a laser. To learn more about LIDT, please review the Understanding and Specifying LIDT of Laser Co...
view more
-
5W UV laser marks date on cartons
Sep 16 , 2023
5W UV laser marks date on cartons First, let us understand the characteristics of 5W UV laser. The UV laser is a high-energy laser that can heat the carton surface to high temperatures in a short time to form visible marks. With an output power of up to 5W, this laser can produce a deeper burn effect on the surface of the carton, resulting in a more eye-catching mark. However, when using a ...
view more
-
Desktop UV laser engraver
Oct 08 , 2023
Introducing the Elegance of Desktop UV Laser Engraving In this rapidly advancing era of technology, one cannot help but marvel at the exquisite precision and allure of the desktop UV laser engraver. With its elegant design and unparalleled performance, this cutting-edge machine has revolutionized the art of engraving. Never before has it been so effortless to transform ordinary glass into a...
view more
-
Effects of UV femtosecond lasers at different frequencies
Dec 08 , 2023
Effects of UV femtosecond lasers at different frequencies UV femtosecond laser is an advanced laser technology widely used in various scientific research and industrial applications. It uses laser pulses at ultraviolet wavelengths, typically in the femtosecond range, or quadrillionths of a second. This kind of laser has the advantages of high precision, high stability and high power, so it ...
view more
