Keyence BX800 microscope system
Model: Keyence BX800 microscope system
Function: Specify the function Keyence BX800 microscope system is an automated high-content imaging system with advanced automated image collection and analysis capabilities, supporting a variety of cellular and biochemical assays of living or fixed specimens mounted in dishes, flasks, multi-well plates, and microscope slides or chambers. System supports imaging in fluorescence, brightfield, and oblique illumination with a highly sensitive, cooled CCD camera and a built-in darkroom, generating publication-quality images . It is equipped with DAPI, GFP, RFP, Cy5, and Cy7 epi-filter cubes, 4x/0.1, 10x/0.3, and 20x/0.75 objectives, automated stage, and a stage-top environmental incubation system supporting time-lapse imaging of live cells. Automated quantification can be performed with the Keyence analysis application augmented with three additional module licenses (Hybrid Cell Count, Time-lapse, Advanced Observation). n
Features: Keyence BX800 microscope system is an automated high-content imaging system with advanced automated image collection and analysis capabilities, supporting a variety of cellular and biochemical assays of living or fixed specimens mounted in dishes, flasks, multi-well plates, and microscope slides or chambers. System supports imaging in fluorescence, brightfield, and oblique illumination with a highly sensitive, cooled CCD camera and a built-in darkroom, generating publication-quality images . It is equipped with DAPI, GFP, RFP, Cy5, and Cy7 epi-filter cubes, 4x/0.1, 10x/0.3, and 20x/0.75 objectives, automated stage, and a stage-top environmental incubation system supporting time-lapse imaging of live cells. Automated quantification can be performed with the Keyence analysis application augmented with three additional module licenses (Hybrid Cell Count, Time-lapse, Advanced Observation).
Contact:
- Unit: IUSM Indianapolis
- Campus: School of Medicine
- Resource Type: Equipment
- Contact Name: Connor Gulbronson
- Contact Email: cgulbron@iu.edu
