QImaging, a manufacturer of scientific cameras for life science and OEM applications, introduces a new series of Retiga R3 CCD cameras, accompanied by QImaging’s new acquisition, software to deliver high-performance tools for microscopy and imaging to researchers at an affordable price.
The new QImaging Retiga R1, Retiga R3 and Retiga R6 cameras offer valuable technical features such as state-of-the-art, highly efficient CCD sensor technology and deep cooling that virtually eliminates dark current noise. These innovations impact data by lowering the limits of detection and improving quantification for more comprehensive results. Across the range of Retiga cameras, performance benchmarks are among the best in their respective classes; the Retiga R1 uses a 1.4MP sensor for routine fluorescence imaging and documentation, while the Retiga R3 uses a 2.8MP sensor and offers even more pixels to facilitate live cell imaging and slide scanning with available binning for high magnification work. The Retiga R6 uses a 6MP sensor and supports applications requiring high pixel count and large FOV such as time lapse, tile-and-stitch or stereo microscopy.
The Retiga R series cameras are the first QImaging instruments to use the new image capture software, Ocular. Built from the ground up to be a reliable part of daily research tasks, Ocular software provides a familiar user experience with a ribbon-based design for easy navigation between live view, image acquisition, movie capture and image analysis tasks.
The new QImaging Retiga R series cameras include:
- Highly Sensitive Scientific Imaging: deep sensor cooling delivers images free of thermal noise, even with large binning factors and long exposures allowing visualization of dim samples using higher magnification.
- Dynamic Pixel Range: Across the range of Retiga R series cameras, there is a pixel count to suit any set of applications, supporting a wide array of scientific imaging requirements.
- Intelligent Quantification: A set of on camera intelligence features that correct defective pixels, remove accumulated dark current and greatly extend dynamic range beyond 16 bits, employing advanced real-time FPGA algorithms to deliver better image quality.
- Ocular Software: An innovative imaging interface built from the ground up to make finding and capturing publication-quality images easy due to the intuitive control layout.