SimplePCI is a high performance imaging software program designed to meet the needs for high-speed processing at a low cost, with ease of use and flexibility. SimplePCI is optimized to use Intel's MMX instructions, accelerating imaging operations by 3 to 5 times. At the core of SimplePCI are the Image Documents and Data Documents, allowing sophisticated image enhancements, presentation and analysis operations to be easily applied to single images or image sequences. Whether the application is in Life Science or Material Science, SimplePCI is the proven solution for your imaging needs.

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The C4742-80-12AG ORCA-285 digital ccd camera is a high resolution digital camera using a progressive scan interline CCD chip with no mechanical shutter. In addition to a high resolution of 1.37 million pixels, a wide dynamic range of 12 bit digital output and high sensitivity offers a wide application range down to low light level imaging. Peltier cooling drastically reduces dark noise and minimizes thermal drift, which makes camera an ideal choice for demanding scientific and industrial application.

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The C8484-05 ccd camera is a high-resolution digital camera using a progressive scan interline CCD chip with no mechanical shutter. In addition to a high resolution of 1.37 million pixels. a wide dynamic range of 12 bit digital output and high sensitivity in the VIS-NIR region offers a wide application range down to low light level imaging.

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The C4742-98-24ER ORCAII-ER RS 422 output camera features the unique ER-150 CCD chip packaged in a proprietary permanently sealed vacuum chamber evacuated to 10 -7 Torr. This CCD offers very high quantum efficiency over the spectrum from 300 nm to 980 nm and very low noise. With selectable full well capacity. low read noise. cooling to - 60°C to virtually eliminate dark current. this camera will produce rapid exposures and high dynamic range images. Dual mode digitization offers a software selectable choice of speed or very low noise readout methods with 12 and 14 bit precision.

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The ORCAII-ERG camera features the unique ER-150 CCD chip packaged in a proprietary permanently sealed vacuum chamber evacuated to 10 -7 Torr. This CCD offers very high quantum efficiency over the spectrum from 300 nm to 850 nm and very low noise. With selectable full well capacity. low read noise. cooling to - 60°C to virtually eliminate dark current. this camera will produce rapid exposures and high dynamic range images. Dual mode digitization offers a software selectable choice of speed or very low noise readout methods with 12 and 14 bit precision. Special analog contrast enhancement circuits increase versatility for even the most difficult imaging conditions.

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The C4742-95-12HR ORCA-HR is a high resolution digital camera using a large format interline CCD chip with no mechanical shutter. In addition to a high resolution of 10 million pixels. a wide dynamic range of 12 bit digital output and high sensitivity offers a wide application range down to low light level imaging. Peltier cooling drastically reduces dark noise and minimizes thermal drift. which makes the camera an ideal choice for demanding scientific and industrial applications.

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The C4742-98-26LAG ORCAII -BT-512 features an original and unique Hamamatsu S7170 CCD chip packaged in a proprietary permanently sealed vacuum chamber evacuated to 10-7 Torr. This high resolution, back thinned, back illuminated CCD offers very high quantum efficiency over the spectrum from 200 nm to 1100 nm. With a huge full well capacity, low read noise and MPP (Multi-Pinned Phase) technology in the drive circuits to reduce dark current, this camera will produce rapid exposures and very high dynamic range images. Dual mode digitization offers a software selectable choice of speed or very low noise readout methods with 12 to 16 bit precision.

The C4742-98-26LWG ORCAII BT 1024 features the well known E2V CCD47-10 chip packaged in a proprietary permanently sealed vacuum chamber evacuated to 10 -7 Torr. This very high resolution. back thinned. back illuminated. million pixel CCD offers very high quantum efficiency over the spectrum from 200 nm to 1000 nm. With a large full well capacity. low read noise and MPP (Multi-Pinned Phase) technology in the drive circuits to reduce dark current. this camera will produce rapid exposures and high dynamic range images. Dual mode digitization offers a software selectable choice of speed or very low noise readout methods with 12 to 16 bit precision.

The C7780-10 ORCA-3CCD cooled digital color camera incorporates three cooled CCD chips, providing the rapid readout, high-resolution and superior S/N ratio of the Hamamatsu ORCA digital camera series. The three color CCDs employ an RGB prism to achieve extremely high quality color representation without color blur, performance difficult to achieve with a single-CCD camera. The CCDs used are the same as those used in the ORCA ER, providing proven high quantum efficiency and high resolution, cooled to 0°C for high sensitivity detection. It is suitable for a wide range of applications, from brightfield (ie.stained pathological specimens) to fluorescent specimens using GFP and fluorescent antibodies.

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The C7780-20 ORCA-3CCD cooled digital color camera incorporates three cooled CCD chips, providing the rapid readout, high-resolution and superior S/N ratio of the Hamamatsu ORCA digital camera series. The three color CCDs employ an RGB prism to achieve extremely high quality color representation without color blur, performance difficult to achieve with a single-CCD camera. The CCDs used are the same as those used in the ORCA ER, providing proven high quantum efficiency and high resolution, cooled to 0°C for high sensitivity detection. It is suitable for a wide range of applications, from brightfield (ie.stained pathological specimens) to fluorescent specimens using GFP and fluorescent antibodies.

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Hamamatsu C7190 EB-CCD cameras use an innovative high gain sensor that puts advanced technology to work to obtain high gain images in very low light. This technology involves a special vacuum chamber in which electrons generated at the photocathode are accelerated by a high potential into a newly developed, back thinned, back illuminated CCD. This direct bombardment of the CCD by accelerated electrons provides high gain, high resolution images, with none of the problems associated with Micro Channel Plates which are used in other devices. The sensor in the EB-CCD is driven by low noise circuits and features MPP (Multi Pin Phase) technology to achieve good S/N ratios at high gain conditions and a long service life.

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Hamamatsu C7190-21 EB-CCD cameras use an innovative high gain sensor that puts advanced technology to work to obtain high gain images in very low light. This technology involves a special vacuum chamber in which electrons generated at the photocathode are accelerated by a high potential into a newly developed, back thinned, back illuminated CCD. This direct bombardment of the CCD by accelerated electrons provides high gain, high resolution images, with none of the problems associated with Micro Channel Plates which are used in other devices. The sensor in the EB-CCD is driven by low noise circuits and features MPP (Multi Pin Phase) technology to achieve good S/N ratios at high gain conditions and a long service life.

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Hamamatsu C7190-53 EB-CCD cameras use an innovative high gain sensor that puts advanced technology to work to obtain high gain images in very low light. This technology involves a special vacuum chamber in which electrons generated at the photocathode are accelerated by a high potential into a newly developed, back thinned, back illuminated CCD. This direct bombardment of the CCD by accelerated electrons provides high gain, high resolution images, with none of the problems associated with Micro Channel Plates which are used in other devices. The sensor in the EB-CCD is driven by low noise circuits and features MPP (Multi Pin Phase) technology to achieve good S/N ratios at high gain conditions and a long service life.

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Hamamatsu C8600-02S EB-CCD cameras use an innovative high gain sensor that puts advanced technology to work to obtain high gain images in very low light. This technology involves a special vacuum chamber in which electrons generated at the photocathode are accelerated by a high potential into a newly developed, back thinned, back illunimated CCD. This direct bombardment of the CCD by accelerated electrons provides high gain, high resolution images, with none of the problems associated with Micro Channel Plates which are used in other devices. The sensor in the EB-CCD is driven by low noise circuits and features MPP (Multi Pin Phase) technology to achieve good S/N ratios at high gain conditions and a long service life.

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The C8600-Series is a high sensitive image intensifier unit developed for low light level observations such as fluorescence. High quantum efficiency of 50 % (typ.) at the peek wavelength is achieved with our Hamamatsu-original GaAsP (gallium, arsenic, and phosphorous) photocathode. Since high gain and spatial resolution are realized simultaneously, low fluorescence under a microscope can be observed in real time using Hamamatsu cameras.

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The C9100 series gather all expected features: high gain, high signal to noise ratio, resolution and speed, thanks to new generation EM-CCD sensor in a proprietary permanently sealed vacuum chamber evacuated to 10 -8 Torr.

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The C9100 series gather all expected features: high gain, high signal to noise ratio, resolution and speed, thanks to new generation EM-CCD sensor in a proprietary permanently sealed vacuum chamber evacuated to 10 -8 Torr.

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The C2400-75/-77 are CCD cameras for bright field image analysis. (C2400- 75 1/2 inch CCD and -77 2/3 inch CCD.) These compact, lightweight cameras are perfect for observing dynamic specimens. Built-in contrast enhancement and detail enhancement make images clearer and easier to view. For CCIR Sync. system the scan converter (EIA to CCIR) is used.

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The C7500 incorporates a new 1/2-inch interline CCD with high sensitivity in the near-infrared region, 770 nm to 1100 nm, which surpasses that of conventional CCD cameras. This camera is especially suited for IR DIC.

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