| | | | | | |  | The LAS-3000 imaging system combines new CCD camera technology with a simplified user interface to provide significantly improved system sensitivity with a wide range of modularities.
This system is especially suitable for Western blot analysis.High sensitive chemiluminescent detection was designed to compete with the X-ray films. Image acquire and digitize can capture both chemiluminescence and digitized marker image by one click |
| | | | |  | Improved Sensitivity & Resolution |
| New Super CCD Area Type Imaging Chip - This system is especially suitable for Western blot analysis.High sensitive chemiluminescent detection was designed to compete with the X-ray films. Image acquire and digitize can capture both chemiluminescence and digitized marker image by one click.
New Super CCD Area Type Imaging Chip - The higher sensitivity of Fujifilm's new CCD provides improved faint-light image capture with outstanding image clarity. The new chip contains 3.2M pixels of which 3.15M contribute to actual imaging. The increased pixel size results from the use of octagonal-shaped photodiodes, which capture a great deal of light. The superior image sensing capability of the new chip results in ultra-high resolution image files of up to 6.3M pixels (3,072 x 2,048 pixels). | | | | Improved Versatility |
| | New Filter Options - A 5-position filter turret is mounted in front of the lens, which allows convenient, electrically controlled filter selection in less than ten seconds. With Image Reader Lite software, the user has control over three standard filters (605DF40 for EtBr, Y515 for SYBR® Green and 510DF10 for GFP), a fourth filter position for chemiluminescence and a fifth user-specified filter for fluorescence. With Image Reader Pro software, the user has full control over five filter types and positions. Other than the above, 575 DF20 filter was prepared for green LED and R670 filler was prepared for red LED. | | | | Improved User Interface |
| Simplified User Interface - The system functions of the LAS-3000 are controlled remotely through either a Mac™ or Windows® software application via a standard USB interface. Image capture and analysis software is provided. The newly simplified user interface allows researchers to spend more time in research and less time in system integration and maintenance.
Light-tight operation - The light-tight dark box affords highly sensitive imaging from a variety of light sources in an ordinary lab. After placing the sample tray in the dark box and closing the light-tight door, all imaging functions are controlled remotely from the PC. With the keyboard and monitor, the researcher conveniently adjusts focus, selects the appropriate filter and sets the exposure to capture the image.
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