DMD method pattern illuminator Polygon 1000
DMD method pattern illuminator Polygon 1000 | Polygon 1000 arbitrary area light stimulation module
It is possible with the DMD method. Whether the area to be stimulated is a polygon, multiple, or submicron, it can be set up under a microscope or in free behavior.
A DMD (Digital Mirror Device) method arbitrary area light stimulation module that realizes light stimulation in the exact shape (pattern), wavelength, and intensity as envisioned for the targeted area. It can be easily used in combination with your existing microscope. When combined with OASISImplant, it enables the construction of a groundbreaking system for arbitrary area light control under free behavior conditions. The included dedicated software allows you to control the pattern of light irradiation, the intensity of the light source, and the timing of irradiation, focusing only on the necessary areas of the sample. It is designed for easy attachment to both inverted and upright microscopes using adapters and other accessories.
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basic information
A DMD (Digital Mirror Device) method arbitrary area light stimulation module that realizes light stimulation in the exact shape (pattern), wavelength, and intensity as envisioned for the targeted area. It can be easily used in combination with your existing microscope. When combined with OASISImplant, it enables the construction of a groundbreaking system for arbitrary area light control under free behavior conditions. The included dedicated software allows you to control the pattern of light irradiation, the intensity of the light source, and the timing of irradiation, focusing only on the necessary areas of the sample. It is designed for easy attachment to both inverted and upright microscopes using adapters and other accessories.
Price information
From 3,500,000 yen, it varies by model, but you can check it on the site.
Price range
P5
Delivery Time
P4
Applications/Examples of results
By using spatial pattern illumination that controls the irradiation location, wavelength, duration, and intensity, new possibilities can be opened up in research related to biosciences and life sciences, such as optogenetics and light stimulation. For example, in optogenetics, specific wavelengths can be used to activate or silence specific locations in sliced neurons.
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Company information
We are an import trading company specializing in equipment related to light in the field of neuroscience. With over 20 years of extensive information and experience in laser light sources and related fields, we provide products suitable for our customers' applications at reasonable prices close to overseas market prices.
