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Lucivid
Microscopy Image Injector
Enter a new world of interactive computer microscopy… Superimpose a computer display over the actual image viewed through the oculars of a microscope. Lucivid injects a computer generated image into the microscope light path, and can be used as a programmable retinal tissue stimulator.
Clear Advantages
Lucivid improves your analysis and measurement capabilities by allowing you to work directly with the microscope optical image.
Traditional video-based imaging techniques often lack the clarity, color, and resolution required to view and identify hard-to-see objects. A significant drawback when the highest quality image is needed.
Lucivid allows you to work directly with the true optical image by overlaying a computer graphics display on the view seen through the microscope oculars—free from the optical degradation of video-based systems.
Lucivid also is ideal for retinal stimulation experiments—by projecting computer generated graphics through the objective lens and onto the retinal specimen.
Lucivid is ideal for scientific, clinical, and industrial applications where an observer requires a viewing environment of optimum clarity to examine and measure a microscopic object.
The Lucivid hardware can easily be attached to most research and industrial microscopes. Lucivid can be plugged into a standard drawing tube or a MicroBrightField drawing tube called the Image Merger. The product consists of two components: the CRT/optical module that is installed on the microscope; and a small control module that connects the CRT to the VGA output of your computer. By combining superior brightness and contrast, Lucivid produces a computer display of unmatched sharpness and clarity.
Lucivid represents the cutting edge of computer microscopy technology, evolved from the original Image Combining Computer Microscope developed by MicroBrightField co-founder Dr. Edmund M. Glaser and the late Dr. Hendrik Van der Loos.
Applications
- Computer microscopy
- Retinal stimulation
- Biological research
- Clinical pathology
- Brain mapping
- Neuron tracing
- Stereology
- Computer-controlled inspection
- Manufacturing process and quality control
- Material science
- Quality control
- Semi-conductor inspection

