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Is it possible to analyze images where nano-level particles or many particles are aggregated?

Equipped with a high-precision AI model trained on over 1 million particles! Image analysis software that enables precise analysis of particles and powders that cannot be analyzed through binarization.

AIPAS has been sufficiently trained on many nanoparticles and highly aggregated ultrafine particles. AIPAS excels in detecting objects that cannot be handled by existing binarization methods. Regardless of the actual size of the object, if it is large enough for a human to visually distinguish, AIPAS can detect it adequately. Users have praised not only the high accuracy but also the ability to obtain quantitative data from images that could not be analyzed. 【Frequently Asked Questions】 ■ What is the difference between existing image processing software and other AI image analysis software? ■ Is it necessary for users to create training data or perform other tasks? ■ I am looking at somewhat specialized objects. Is it possible to create an AI model tailored to user images? ■ Is customization according to user requests supported? ■ Is an internet connection or cloud upload necessary? ■ Is there a cost for demo analysis? How many images can be processed? ■ I cannot share images externally; can I still try AIPAS? *For detailed answers to the above frequently asked questions, please download the PDF document below or feel free to contact us.

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basic information

【Target Particles and Powder Examples】 ■ Particles for electronic materials (MLCC, separators, etc.) ■ Battery material particles (cathode materials, anode materials, electrolytes, etc.) ■ Ceramic particles and sintered bodies ■ Metal and non-metal powders (silver, copper, zinc, nickel, etc.) ■ Metal surfaces, sintered alloys ■ Crystalline particles ■ Inorganic particles and resin material particles ■ Ink and pigment particles ■ Semiconductor-related material particles ■ Pharmaceutical-related powders (active ingredients, additives, excipients, etc.) ■ Cosmetic materials (emulsifying particles, etc.), dental material particles, etc. *For more details, please download the PDF or feel free to contact us.

Price range

P5

Delivery Time

P4

Applications/Examples of results

【For such requests】 ■ There are objects for which image processing through binarization does not work. There are particle images for which analysis has been given up. ■ I want to obtain quantitative data from images of aggregated particles and crystal structures. ■ Since numerical values are unstable in laser analysis, I want to obtain data close to the true values regarding particle size distribution and dispersion from images. ■ I want to perform analysis and data acquisition easily with just a few clicks, without complex threshold settings like existing image processing. ■ I want to analyze without creating training data or AI models. ■ Offline software is preferred. *For more details, please download the PDF or feel free to contact us.

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