CoolSNAP HQ2 The CoolSNAP HQ2 offers optimal low-light-level sensitivity across the entire visible spectrum — and even into the near-infrared region. This interline camera is an ideal choice for a broad range of high-speed, high-resolution microscopy applications.
Turbo 1394 interface (FireWire)
1392 x 1040 imaging pixels
6.45 x 6.45-µm pixels
>60% quantum efficiency
Detector cooled to -30°C
14-bit images
CoolSNAP ES2
The CoolSNAP ES2 interline camera has been optimized for moderate- to low-light-level fluorescence microscopy applications that
demand both moderate speed and high resolution.
Turbo 1394 interface (FireWire)
1392 x 1040 imaging pixels
6.45 x 6.45-µm pixels
>60% quantum efficiency
Detector cooled to 0°C
12-bit images
CoolSNAP EZ The CoolSNAP EZ interline camera is an excellent choice for moderate-light-level fluorescence microscopy applications that demand both moderate speed and high resolution.
Turbo 1394 interface (FireWire)
1392 x 1040 imaging pixels
6.45 x 6.45-µm pixels
>60% quantum efficiency
Detector cooled to 5°C below ambient
12-bit images
CoolSNAP cf 2 The CoolSNAP cf2 interline camera has been tailored specifically for moderate-speed microscopy applications that require the highest spatial resolution.
Turbo 1394 interface (FireWire)
1392 x 1040 imaging pixels
4.65 x 4.65-µm pixels
>40% quantum efficiency
Detector cooled to 5°C below ambient
Monochrome model (12-bit images)
Color model (36-bit color images)
CoolSNAP cf The CoolSNAP cf interline camera has been tailored specifically for moderate-speed microscopy applications that require the highest spatial resolution.
1392 x 1040 imaging pixels
4.65 x 4.65-µm pixels
>40% quantum efficiency
Detector cooled to 5°C below ambient
Monochrome model (12-bit images)
Color model (36-bit color images)
CoolSNAP K4 The CoolSNAP K4 interline camera enables full field-of-view
fluorescence microscopy without any intermediate demagnifying optics.
2048 x 2048 imaging pixels
7.4 x 7.4-µm pixels
>50% quantum efficiency
Detector cooled to -25°C
12-bit images
EMCCD Cameras
QuantEM:512SC The QuantEM:512SC is the only scientific camera in the world that offers electron-multiplying (EM) gain with true quantitative stability across 16 bits at 10-MHz, 5-MHz, and 1.25-MHz operation speeds.
512 x 512 imaging pixels
16 x 16-µm pixels
>92% quantum efficiency
Regulated cooling to -30°C
Turbo 1394 interface (FireWire)
16-bit images
Cascade II:512 The Cascade II:512 camera
uses a back-illuminated, frame-transfer EMCCD and deep thermoelectric cooling to provide truly spectacular low-light-level sensitivity at fast frame rates.
512 x 512 imaging pixels
16 x 16-µm pixels
>92% quantum efficiency
Detector thermoelectrically cooled to -80°C
16-bit images
Cascade II:1024 The Cascade II:1024 camera uses a back-illuminated, frame-transfer EMCCD and deep thermoelectric cooling to provide truly spectacular low-light-level sensitivity at megapixel resolution.
1024 x 1024 imaging pixels
13 x 13-µm pixels
>92% quantum efficiency
Detector thermoelectrically cooled to -60°C
16-bit images
Cascade:1K The Cascade:1K EMCCD camera features a 2/3" imaging format that offers megapixel
resolution for low-light-level, live-cell microscopy applications.
1004 x 1002 imaging pixels
8 x 8-µm pixels
>62% quantum efficiency
Detector cooled to -30°C
16-bit images
Cascade:128+ The Cascade:128+ EMCCD camera features a small imaging array that delivers ultrafast frame rates for low-light-level, live-cell microscopy applications.
