Achieving surface inspection of objects with extremely high precision.
A groundbreaking system has emerged that detects subtle defects in products.
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The neuroimaging system is a technology that enables the structural analysis of human vision, optic nerve, and retinal functions, allowing for extremely high-precision surface inspection of objects by replacing them with electronic circuits. It is said that the number of human cones is around 6 to 7 million, but by reading at a rate of 20 million points per second, it achieves a balance of accuracy and speed. This groundbreaking system focuses on the function of the retina among photoreceptors and enhances brightness resolution to 204,800 levels, allowing for the detection of fine defects in products. Additionally, in traditional visual inspections, human vision tends to overlook microstructures (scratch inspection) when focusing on color perception (color inspection), and conversely, when attention is directed to color perception, microstructures may be missed. The neuroimage sensing solves this problem by parallel processing through processors. It is a revolutionary device that enables deep depth of field and visualization of low-contrast micro-defects during semiconductor manufacturing.
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Semiconductor visual inspection Automobile body, parts, tires Fuel cell separator Architecture, structures
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We are waiting for your inquiries and consultations regarding our products and services, such as the following: ■ Particle Size Distribution and Powder Measurement - I want to replace my particle size analyzer, but it's too expensive to implement. - I want to introduce an easy-to-operate particle size analyzer. - I want to measure particle size distribution in the nano range at a low cost. ■ Fluid Measurement and Visualization - Concerns about the visualization and quantification of fluids. - I introduced PIV software, but I can't measure effectively. - I want to simultaneously measure the flow velocity and particle size of spray particles. ■ Strain and Displacement Measurement - I want to measure strain in areas where strain gauges cannot be attached. - I want to analyze strain and displacement non-contactly. - I want to measure the distribution of strain over a surface. ■ Thin Film and Porous Material Evaluation - I would like to consult about mercury porosimeters that will no longer be usable due to the Minamata Convention. - I want to evaluate the gas diffusion performance of GDL and MEA in fuel cells. - I want to measure the permeability of barrier films at high speed. We welcome any inquiries, no matter how trivial, so please feel free to consult with us. We also have a lab room available for demonstrations and product tours.