QICAM Fast 1394 Cooled Digital Camera, 12-bit, Color from QImaging

Description

QImaging QICAM

The QImaging QICAM digital camera is designed for high-resolution, brightfield scientific and industrial applications. A progressive-scan interline CCD sensor gives a resolution of 1.4 million pixels in a 12-bit digital output. High-speed, low noise electronics provide linear digital data at frame rates up to 110 fps with binning and ROI. The IEEE 1394 FireWire™ digital interface allows ease of use and installation with a single wire.

No framegrabber or external power supply is required. The QICAM includes QCapture software (Windows® and Mac OS) for real-time image preview and capture. A Software Development Kit (SDK) is available upon request for interfacing with custom software.

Product Specs
ItemQICAM Fast 1394 Cooled Digital Camera, 12-bit, Color
CompanyQImaging
Price Get Pricing Get Quote for this Product
Catalog NumberQIC-F-CLR-12-C
ApplicationsBrightfield and Phase-Contrast Microscopy; Live-Cell Imaging; Pathology, Histology, & Cytology; Motility & Motion Analysis; DNA Analysis; Metallurgical Microscopy; Semiconductor Inspection; Failure Analysis; Forensic Analysis
TypeCCD Camera
QuantityEA
SystemWindows® 7, Vista and XP (32/64 bit)
Interface0.5 in (C-mount optical format)
Power6 W or 11 W, 8 to 24 V
Weight635 or 915 g
Pixel Sizes4.65 x 4.65 µm
Pixels1.4 MP, 1392 x 1040 pixels
Frame Rate10 fps (Full resolution)
Light SourcewLS LED Light Source
Brand/TrademarkQImaging
Features (standardized)CCD, Color, Cooled
Validated ApplicationsMicroscopy, Darkfield, Live Cell Imaging

Specifications/Features

Pixel Size:
4.65 x 4.65 µm pixel size

Megapixels:
1.4 MP

Data Transfer:
IEEE 1394 Firewire™

Imaging Size:
1392 x 1040 pixels

Frame Rate (frames/sec):
165 fps maximum frame rate
110 fps with 4x4 binning & RO
10 fps full resolution

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QImaging

19535 56th Avenue, Suite 101

Surrey, British Columbia

Canada

Phone: (604) 530-5800
(604) 539-1825

Company Profile

Website: http://www.qimaging.com

(1) Formation of cell spheroids using Standing Surface Acoustic Wave (SSAW)International Journal of BioprintingJanuary 17, 2018Yannapol Sriphutkiat, Surasak Kasetsirikul, Yufeng Zhouoptical microscope (CKX-41, Olympus, Tokyo, Japan) at 40× magnification and captured by a digital camera (QIC-F-CLR-12-C, QImaging, Surrey, BC, Canada), and the size of formed cell spheroid was quantitatively determined using

(2) Spectrally resolved multidepth fluorescence imagingJournal of Biomedical OpticsSeptember 29, 2011Yuan Luo, Ioannis K. Zervantonakis, Se Baek Oh, Roger D. Kamm, George Barbastathisthe objective lens and a Mitutuyo MPlanAPO20X for the collector lens in the system with a QImaging CCD camera (QIC-FCLR-12C). A depth-spectrum selective MVH consisted of two multiplexed gratings with diffraction efficiencies

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