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Image Analysis Equipment - List of Manufacturers, Suppliers, Companies and Products

Image Analysis Equipment Product List

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We will demonstrate the effects of improved blood flow and vasodilation using GOKO's image analysis service.

We will demonstrate the effects of improved blood flow and vasodilation using GOKO's image analysis service.

Would you like to demonstrate the effectiveness of your products and research results with our image analysis service from an optical manufacturer? We analyze blood flow improvement, vasodilation, skin texture, and more.

GOKO Imaging Equipment Co., Ltd. also accepts requests for image analysis. Our professional-use microscope series is utilized in various fields such as medical research, beauty, health, physical science, and industry. We particularly have expertise in the image analysis of biological samples that are considered difficult to analyze, such as capillaries throughout the body, skin texture, and the scalp. You can leave everything to us, from shooting support and equipment rental to image analysis. We accept image analysis starting from one image. Please feel free to consult with us.

  • Microscope
  • Other image-related equipment

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Tohoku University Technology: Rock core orientation method by image analysis: T20-3110

Tohoku University Technology: Rock core orientation method by image analysis: T20-3110

Possible to orientate rock core objectively and automatically

Cylindrical rock sample (rock core) taken from a well is analyzed for underground resources exploitation. Analysis of rock core can be used to estimate subsurface material and to measure physical property of formation in a simple way at low cost. Moreover, if the orientation of rock core at in-situ status is known, it is expected to estimate information on the formation, such as the direction of crustal stress, the anisotropy of permeability and the direction of subsurface fault.　 　There is a conventional method to orientate rock core by tracing the borehole image taken by logging and matching it with the surface image of the rock core. This method takes a long time and leads to a subjective conclusion since the orientation is determined visually. 　This invention is about a method to orientate rock core by image analysis, which enables orientation in a shorter time with an objective process than conventional method.

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Tohoku University Technology: 3-steps analysis to extract accurate spatial information!: T19-011

Tohoku University Technology: 3-steps analysis to extract accurate spatial information!: T19-011

Spatial information extraction of floating objects on the sea

In general, the near-infrared band (multispectral band) has worse spatial resolution than the panchromatic band, so its data volume is smaller. In the future, artificial satellites will be able to take images of almost the entire Earth once a day, accumulating a huge amount of data. Analyzing all of these images will require an enormous time and an improvement of computer performance. 　This invention is about a method which reduces the analysis time and computer processing power by identifying area 1 where objects are floating on sea using the near-infrared band with low data volume, then making object-based analysis by creating panchromatic band images of the neighborhood area 2. In addition, spatial information such as the floating object size, quantity, location, etc. can be extracted with high accuracy.

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