No matter whether your application is holography, interferometry or direct lithography — the SLM-355 from Xiton Photonics might be the best choice! This laser system offers the highest average output power at 355 nm in combination with a long coherence length of several meters! In numbers: 2.0 W at 355 nm with 5.0 meters coherence length. When spectral bandwidth or … Continue reading
The IDOL 671-447 is Xiton Photonic’s top selling product for Flat Panel Display (FPD) repair. High laser power densities at 671 nm (red) and 447 nm (blue), based on the fundamental wavelength 1342nm, can be used to carbonize Everbright pixel errors selectively. The system grants long life times in continuous 24/7 industrial use. The IDOL … Continue reading
The 532-nm single frequency emission of the SLM 532 laser from Xiton Photonics is the well suited choice for High Spectral Resolution LiDAR (HSLR), based on iodine-absorption filters. This special LiDAR method enables the detailed quantification of molecular backscattering of aerosols in the atmosphere. It can be a valued building block for improved weather and … Continue reading
The IMPRESS 213 laser system from Xiton Photonics is a high repetition rate, diode-pumped, solid-state, Q-switched laser with an emission wavelength of 213 nm. The Gaussian, TEM00-mode laser beam is the well-established workhorse for Fiber Bragg Grating (FBG) production. Features of the IMPRESS 213 are: Wavelength: 213 nm Average power: 150 mW Pulse duration: 6–8 ns Energy … Continue reading
Xiton Photonics proudly introduces the IXDICE 1342 and IXDICE Ultra 1342 lasers to their suite of products. IXDICE 1342 IXDICE 1342 is a high repetition-rate, solid-state, diode pumped, Q-switched laser with the unique fundamental wavelength of 1342 nm. It is the successor of the IDOL-C-1342 laser in a more compact laser housing. Each laser is … Continue reading
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