Hamamatsu Corporation
Bridgewater, NJ 08807-0910
Scientific CMOS Camera offers 2 scan speeds.
Suitable for wide range of microscopy applications, 4 megapixelÃ- ORCA-Flash4.0 V2 offers fast scan speed with low read noise of 1.9 electrons rms, or slow scan with read noise of just 1.5 electrons rms. In Lightsheet Readout Mode™, Gen II sCMOS sensor is read out in one sweep across sensor from top to bottom or bottom to top, enabling best speeds and synchronization for light sheet...
Read More »Imaging Plate Reader aids kinetic cell-based assay development.
Designed to accept plates in 96 or 384 well format, FDSS/Ã-µCELL is equipped with high-sensitivity camera that images entire plate simultaneously. Agonist/antagonist assays can be performed in same run. With software, users can set assay parameters in single protocol, which can be later transferred to FDSS7000 for further screening. Optional washing system enables tips to be reused several...
Read More »Digital Megapixel Camera is optimized for sensitivity.
Designed for low-light imaging, ORCA-Flash2.8 leverages FL-280, 2.8 MP scientific CMOS image sensor with pixel size of 3.63 x 3.63 microns. Sensor wavelength sensitivity ranges from UV to visible, with peak sensitivity at 450-500 nm. Readout speed ranges from 45 fps at full resolution to 1,273 fps with sub-array readout, and typ readout noise is 3 electrons RMS. Designed for quantitative...
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PIN Photodiodes feature active areas up to 26 mm-².
Suited for direct detection of high-energy charged particles and X-rays, S9723/S9724 silicon (Si) PIN photodiodes have 26 x 26 mm and 10 x 10 mm active areas with 2 and 1 mm uniformity, respectively. Both utilize MEMS technology and accurately conduct DE-E detection of charged particles. Hole-mounted on PCBs, 100 (Ã-
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Charge Coupled Devices detect extremely low light levels.
Series S9736 FFT-CCDs utilize MPP mode of operation to achieve dark current of 10 e-/pixel/s at 0Ã-
Read More »Scientific CMOS Camera offers 2 scan speeds.
Suitable for wide range of microscopy applications, 4 megapixelÃ- ORCA-Flash4.0 V2 offers fast scan speed with low read noise of 1.9 electrons rms, or slow scan with read noise of just 1.5 electrons rms. In Lightsheet Readout Mode™, Gen II sCMOS sensor is read out in one sweep across sensor from top to bottom or bottom to top, enabling best speeds and synchronization for light sheet...
Read More »Imaging Plate Reader aids kinetic cell-based assay development.
Designed to accept plates in 96 or 384 well format, FDSS/Ã-µCELL is equipped with high-sensitivity camera that images entire plate simultaneously. Agonist/antagonist assays can be performed in same run. With software, users can set assay parameters in single protocol, which can be later transferred to FDSS7000 for further screening. Optional washing system enables tips to be reused several...
Read More »Digital Megapixel Camera is optimized for sensitivity.
Designed for low-light imaging, ORCA-Flash2.8 leverages FL-280, 2.8 MP scientific CMOS image sensor with pixel size of 3.63 x 3.63 microns. Sensor wavelength sensitivity ranges from UV to visible, with peak sensitivity at 450-500 nm. Readout speed ranges from 45 fps at full resolution to 1,273 fps with sub-array readout, and typ readout noise is 3 electrons RMS. Designed for quantitative...
Read More »Hamamatsu Enters Into Licensing Agreement with JDSU
Grants Patent Rights for Picosecond Laser to Leading Technology Manufacturer for Development of Microelectronic Products Milpitas, Calif., November 9, 2009 - JDSU (NASDAQ: JDSU and TSX: JDU) today announced that it has licensed patent rights for fundamental picosecond laser technology to Hamamatsu Corporation for the development of microelectronic products. Picosecond lasers have become one of...
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PIN Photodiodes feature active areas up to 26 mm-².
Suited for direct detection of high-energy charged particles and X-rays, S9723/S9724 silicon (Si) PIN photodiodes have 26 x 26 mm and 10 x 10 mm active areas with 2 and 1 mm uniformity, respectively. Both utilize MEMS technology and accurately conduct DE-E detection of charged particles. Hole-mounted on PCBs, 100 (Ã-
Read More »
Charge Coupled Devices detect extremely low light levels.
Series S9736 FFT-CCDs utilize MPP mode of operation to achieve dark current of 10 e-/pixel/s at 0Ã-
Read More »