24/01/2025

HiCAM Fluo available for testing!

The single-photon sensitive HiCAM Fluo from Lambert Instruments will be available for demonstrations until the end of February, before it makes its way back home to Lambert Instruments in the Netherlands. If the HiCAm Fluo could shed light on your application and you are interested in a live demonstration of the camera (GaAsP photocathode, dual MCP, gating up to 3 ns) at your site, please contact us to make an appointment. Possible applications include microfluidics, combustion research or time-resolved imaging and spectroscopy. Make an appointment: m.schaefer@mphotonics.de
24/01/2025

New UV bandpass filters from Asahi Spectra

The new UV bandpass filters 254 - 390 nm are now available. The UV bandpass filters from Asahi Spectra are designed to have a narrow transmission range of ~ 10 nm and more at UV wavelengths thanks to the special coating process. (more…)
17/07/2024

Laser technology by scientists for scientists: We celebrate our new partner MOGLabs!

With MOGLabs from Australia, we are expanding our laser range to include a completely new area: lasers that have been carefully developed by scientists, engineers and research assistants over many years of laboratory work and therefore meet the exact requirements that are so important in laboratory work. MOGLabs products strike a balance between outstanding performance, extensive and useful functions, high-quality design and well thought-out ergonomics. (more…)
24/06/2024

New at Mountain Photonics: Ti:Sapphire laser from VIULASE

Welcome, VIULASE! The Vienna-based company is dedicated to the development of next-generation femtosecond laser systems and has been focusing on the production of commercial fs lasers for a wide range of applications such as ultra-high-resolution OCT, terahertz spectroscopy, 2-photon polymerization or multiphoton microscopy since 1998. (more…)
22/06/2024

Oberflächenanalyse in nm-Auflösung mit dem Optiquiver von Quartus Engineering

The Optiquiver is a universal optical measuring instrument and works with practically all types of optical radiation. The sources can be narrowband and highly coherent, such as lasers, but also broadband such as LEDs or white light sources. Furthermore, the radiation can be divergent, collimated or focused. (more…)