Microspectrometer as Small as Your Fingertip
Hamamatsu offers a whole product range from brand new micro-spectrometers the size of a finger tip to dedicated measurements systems more
Whether used in semiconductor technology, analytics or clinical applications, broadband light sources must exhibit high stability across the entire spectral range. This compact broadband single light source provides ultra-bright light from 170 nm to 2.5 µm. Thanks to its innovative laser-driven LDLS technology, you’ll benefit not only from its extremely bright and stable light, but also from its longevity. Specially developed for high throughput, the light source can be operated continuously without loss of performance as low maintenance requirements and a long lamp life guarantee uninterrupted operability. The tunable version of the light source will give you the right wavelength range at all times, even at the highest scanning speeds, thanks to its precise high-performance monochromator.
Benefit from our many years of experience with light sources and their integration, and improve the performance of your equipment. What are you waiting for?
Microspectrometer as Small as Your Fingertip
Hamamatsu offers a whole product range from brand new micro-spectrometers the size of a finger tip to dedicated measurements systems more
Innovative detector solutions for mass spectrometry
A diverse line-up of detectors ✓ Custom devices available ✓ Superior detection capabilities ✓ more
Uncompromising 120 images per second: Our high-sensitivity cameras ensure you won't miss any details
Cameras for any application from X-ray to near-infrared ✓ Quantitative and reproducible images ✓ Cross-device and cross-platform compatibility ✓ more
Scientists demonstrate multibeam, multi-functional lasers
An international team of applied scientists from Harvard, Hamamatsu Photonics, and ETH Zürich have demonstrated compact, multibeam, and multi-wavelength lasers emitting in the invisible part of the light spectrum (infrared). By contrast, typical lasers emit a single light beam of a well-def ... more