Hamamatsu will be introducing its new range of silicon photomultipliers (SiPMs), including peak-shifted multi-pixel photon counters (MPPCs) and modules, hole wire bonding MPPCs, the fourth generation of its VUV-MPPC (VUV4) and a new high voltage power supply which is optimised specifically for the firm’s comprehensive line-up. These MPPCs feature a new structure which significantly enhances sensitivity in the NIR region, making them ideal for applications such as industrial lidar applications, distance measurement, radiation monitoring and medical imaging.
Hamamatsu will introduce its latest range of high reliability, key components for lidar such as pulsed laser diodes and photosensors including PDs, APDs and SiPMs
Hamamatsu Photonics has developed a high-output UV LED light source that offers around seven times the intensity of previous models, for use in applications such as bonding, printing, labelling and more
A new photomultiplier tube module that offers wide dynamic range for applications such as chemiluminescence measurement and semiconductor inspection has been developed by Hamamatsu Photonics
Hamamatsu Photonics has introduced its G10768-1024D InGaAs linear image sensors and the new C10854 multichannel detector head to measure foreign bodies in the near infrared range of 800nm to 1700nm
Hamamatsu Photonics has introduced two new lateral single mode type laser diodes to its range - the L11358 at 1,064nm and the LC0293 at 763nm
Hamamatsu Photonics has introduced a new streak camera series for UV to near-infrared measurements of extremely fast light phenomena
Hamamatsu has released its ImagEM Enhanced Camera, a back thinned, electron multiplier (EM) CCD camera and the latest addition to the Hamamatsu C9100 series.
Hamamatsu has introduced a new member to its family of EM-CCD cameras. ImagEM is a universal camera for low-light fluorescence imaging, and ultra-low light luminescence imaging.
Hamamatsuâ€™s S8664-1010 silicon APD (avalanche photodiode) provides a large, 10 x 10mm active area and several other benefits that make it suitable for design into analytical instruments for low-light-level measurement.